Chandrayaan-3 Latest News 2023

Latest News on Chandrayaan-3 

Chandrayaan-3 Latest News: The narrative aims to draw attention to ISRO's (Indian Space Research Organization) noteworthy accomplishment in the Chandrayaan-3 mission, with a particular emphasis on the publication of an engrossing video that shows the rover Pragyan exploring the lunar surface. The narrative highlights the mission's amazing technological capabilities and careful planning, as well as how economical ISRO's space exploration efforts are.

The story intends to show off India's prowess in space technology on a worldwide scale and to evoke wonder and appreciation for ISRO's accomplishments. It also highlights the significance of the mission for deepening our knowledge of the Moon's surface, the evolution of the Earth-Moon system, and the prospects for other lunar expeditions. The narrative also highlights the public enthusiasm and educational outreach that the project has produced, supporting therayaan-3 Latest News

The story intends to show off India's prowess in space technology on a worldwide scale and to evoke wonder and appreciation for ISRO's accomplishments. It also highlights the significance of the mission for deepening our knowledge of the Moon's surface, the evolution of the Earth-Moon system, and the prospects for other lunar expeditions. The narrative also highlights the excitement the mission caused among the general public and the educational outreach it provided, inspiring the next generation to seek professions in STEM and space exploration.

ISRO Releases Stunning Chandrayaan-3 Rover Video Pragyan Investigating the Chandrayaan-3 

Mission's Lunar Surface Engineering. With cutting-edge scientific equipment on board, Pragyan keeps sending useful data back to Earth, expanding our understanding of the Moon and opening the door for more lunar excursions.

ISRO's Accomplishment and Worldwide Acclaim: 

Worldwide praise for ISRO's Chandrayaan-3 mission has been extended by the space community. Globally, astronomers, scientists, and space enthusiasts have commended ISRO for its commitment to furthering space exploration and for its ability to accomplish outstanding accomplishments on a tight budget.

Chandrayaan-3 Budget: 

The Chandrayaan-3 mission's cost-effectiveness is among its most impressive features. Even with a relatively small budget, ISRO has accomplished amazing achievements in space exploration. Space agencies throughout the world have been inspired by the agency's capacity to prioritize innovation and optimize resources, setting the standard for cost-effective space missions.

Future Consequences: 

In addition to demonstrating India's superiority in space technology, Chandrayaan-3's achievement has positive ramifications for upcoming space missions. Aspiring scientists and engineers are motivated to seek professions in space science and exploration by ISRO's accomplishments. Furthermore, Chandrayaan-3's data will greatly advance our knowledge of the Moon's geology and may provide fresh perspectives on the evolution of the Earth-Moon system.

Public Excitement and Outreach: 

The public's interest has been piqued by the release of the amazing video that highlights Pragyan's moon voyage. People's appreciation and wonder at ISRO's achievements are being discussed on social media sites. In order to inspire the future generation of space scientists and engineers, educational institutions and science centers are utilizing this excitement to promote STEM (science, technology, engineering, and mathematics) education.

The world is excitedly awaiting more Chandrayaan-3 mission revelations and discoveries, which will surely influence humankind's future space exploration. India remains a major player in the international space arena thanks to ISRO's perseverance, inventiveness, and dedication to pushing the frontiers of space science.

Conclusion

The latest feat of the Indian Space Research Organization (ISRO) has once again drawn attention from around the globe: the release of an enthralling movie that highlights the Chandrayaan-3 rover Pragyan's incredible voyage across the lunar surface. This incredible accomplishment confirms ISRO's expertise in space missions and cutting-edge technology, and it represents a major turning point in India's space exploration efforts.

[ISRO's Chandrayaan-3 Rover Pragyan on Lunar Surface].

The Amazing Lunar Journey: 

The film made public by ISRO offers a breathtaking look into the ongoing Chandrayaan-3 project, which aims to deepen our knowledge of the Moon's surface and geological makeup. The rover Pragyan is seen in the video maneuvering its six wheels through the difficult terrain on the moon with grace and accuracy. The rover's movements provide witness to the careful planning and cutting-edge engineering that went into its creation.

 

The rover sends the data to the lander which sends it to Earth.

Technological marvels: The rover in the movie, Pragyan, is outfitted with cutting-edge tools that allow it to carry out a variety of scientific investigations. The purpose of these studies is to collect information on the surface characteristics, elemental composition, and mineralogy of the Moon. Together, the spectrometers, cameras, and other scientific tools on board the rover give scientists vital information on the origins and development of the Moon.

 

Chandrayaan-3 Latest News 2023

ISRO's Unwavering Dedication: 

This amazing video's release is just one more illustration of ISRO's unwavering dedication to expanding the frontiers of space exploration. With time, ISRO has established a solid reputation for accurately, productively, and economically carrying out challenging missions. India's commitment to space exploration and advancing human knowledge of the cosmos is demonstrated by Chandrayaan-3.

International Cooperation and Inspiration:

The accomplishments of ISRO have not only inspired millions of people in India but have also won the respect and admiration of the space community worldwide. The company's readiness to work with other space agencies and share its technological innovations has strengthened its standing as a major participant in the field of space exploration.

The Prospects for Lunar Exploration: 

With the ongoing operations of Chandrayaan-3, scientists and space enthusiasts worldwide are looking forward to the information and understanding that Pragyan will supply. The mission's success will not only advance our understanding of the Moon but also open the door for prospective human and other future lunar exploration missions.

In conclusion, ISRO's stunning Chandrayaan-3 rover footage was released. The lunar surface exploration carried out by Pragyan is yet another outstanding accomplishment for India's space agency. The film serves as a reminder of the insatiable curiosity of humans and our ability to accomplish amazing things when we work together, innovate, and are determined. The world can only look forward to the ground-breaking discoveries that lie ahead, deepening our understanding of the Moon and beyond, while we wait for more reports from Chandrayaan-3.

Director of the Chandrayaan-3 Project

There hasn't been a definite Chandrayaan-3 mission as of my previous update in January 2022, hence there hasn't been an official Project Director assigned to it either. India's second lunar exploration mission, Chandrayaan-2, was launched by ISRO in July 2019.  

To obtain up-to-date and precise details about the Chandrayaan-3 mission and its Project Director, one may visit the Indian Space Research Organization's (ISRO) official website or credible news outlets for the most recent information about the project and its participants.

UPSC Chandrayaan-3

A beautiful film showcasing the Chandrayaan-3 rover Pragyan's investigation of the Moon's surface was recently released by the Indian Space Research Organization (ISRO). This outstanding accomplishment solidifies ISRO's standing as a key participant in the international space community and represents an important turning point in India's space exploration efforts. With its cutting-edge instruments, the rover Pragyan is intended to carry out scientific studies that will offer priceless insights into the Moon's origins and development. In addition to advancing our understanding of the Moon, the Chandrayaan-3 mission's success will open the door for prospective human and other future lunar exploration missions.  The international space community has respect and admiration for ISRO because of its dedication to expanding the frontiers of space exploration and its readiness to work with other space agencies. The world is anxiously awaiting the ground-breaking findings that will deepen our understanding of the Moon and beyond as the mission progresses.

In conclusion, the Indian Space Research Organization's (ISRO) successful launch and operation of Chandrayaan-3 represent a critical turning point in India's space exploration activities. The release of the movie highlighting the lunar explorations conducted by the Chandrayaan-3 rover Pragyan is a prime example of ISRO's technological capabilities in space. Through innovative scientific research using cutting-edge equipment, the mission is set to offer priceless insights into the Moon's formation and evolution, greatly advancing our knowledge of our planetary neighbor.

Furthermore, the accomplishment of Chandrayaan-3 not only enhances India's standing in the global space community but also creates new opportunities for next lunar exploration projects, including possible human trips. The international space community respects and admires ISRO for its mission accomplishments, which highlight the organization's commitment to expanding the frontiers of space exploration and its readiness to work with other space organizations.

As the Chandrayaan-3 mission moves forward, people around the world are excitedly awaiting the ground-breaking results and insights that will expand our knowledge of the Moon and the wider universe, stoking human curiosity and the desire to learn about worlds beyond Earth.

 

 

 

 

Understanding the Impact of Climate Change and Bad Weather on Our Homes

Understanding the Impact of Climate Change and Bad Weather on Our Homes**

Every day, we face various adverse weather conditions, from heavy rain and snow to scorching heat. When such weather strikes, we're often advised to stay indoors to avoid exposure to hazardous elements. However, the effects of climate change are making our environment more vulnerable, leading to a deeper understanding of the differences between bad weather and climate change and how they affect our homes.

**Defining Climate Change**

Climate change refers to the long-term alteration in average weather conditions. This change can pertain to a specific location or the entire planet. Climate change is linked to more frequent and intense weather events like hurricanes, floods, downpours, and winter storms. These events, combined with rising temperatures melting polar ice and causing sea levels to rise, result in increased flooding, erosion, and other challenges. Human activities, primarily the burning of fossil fuels such as natural gas, oil, and coal, release greenhouse gases into the atmosphere. These gases trap heat, leading to a rise in Earth's average temperature.

**Differentiating Climate Change from Bad Weather**

While weather and climate are often confused, they are distinct concepts. Weather refers to the day-to-day atmospheric conditions, whereas climate represents the long-term average of weather patterns. Climate change encompasses the shift in average weather conditions over time and is primarily driven by human activities.

Bad weather can certainly cause damage to homes, but climate change poses a larger, long-term threat. Climate change leads to disruptions in weather patterns, resulting in extreme events. However, it's crucial to understand that bad weather events and climate change are interconnected. Climate change intensifies the severity and frequency of extreme weather events.

**The Significance of Home Insurance**

In the face of unpredictable weather and the ongoing effects of climate change, home insurance becomes vital. Home insurance safeguards your home and belongings against damage or loss due to various causes, including bad weather, fires, theft, and vandalism. It also offers financial support if you need to temporarily relocate due to home damages.

Having comprehensive home insurance provides peace of mind, ensuring that you're protected against unexpected incidents. Exploring different insurance policies and comparing them will help you select the best coverage for your needs.

**Security Measures for Your Home**

Extreme weather events highlight the vulnerability of our homes. While the threats of climate change and bad weather persist, taking proactive measures can help protect your home:

1. **Ensure Proper Locking**: Keep doors and windows locked, even when you're at home.

2. **Install Security Systems**: Consider security cameras and burglar alarm systems for added protection.

3. **Effective Lighting**: Ensure that both indoor and outdoor areas are well-lit to deter potential intruders.

4. **Valuables Out of Sight**: Keep valuable items away from windows and doors to prevent attracting unwanted attention.

5. **Neighborhood Watch**: Establish a neighborhood watch or community group to keep an eye on each other's properties.

**Conclusion**

Both bad weather and climate change pose significant challenges to our homes and well-being. While bad weather events can cause immediate damage, climate change's long-term impact is a more extensive threat. By adopting sustainable practices, advocating for environmental awareness, and taking steps to protect our homes, we can contribute to a safer and more resilient future. It's crucial to recognize the interplay between weather and climate and to engage in efforts to mitigate their effects for the well-being of our homes and the planet.

Exploring the Essence of Ambient Air Quality Monitoring

Exploring the Essence of Ambient Air Quality Monitoring

In an era where environmental concerns take center stage, understanding and addressing air quality becomes crucial. Ambient air quality monitoring emerges as a pivotal practice in assessing and managing the quality of the air we breathe. But what exactly is ambient air quality monitoring, and why is it so important? Let's delve into the world of air quality monitoring to uncover its significance and implications.

**Understanding Ambient Air Quality Monitoring**

Ambient air quality monitoring refers to the systematic process of measuring and evaluating the composition of the air in our immediate environment. This includes analyzing the presence of various pollutants, such as particulate matter (PM2.5 and PM10), ozone (O3), sulfur dioxide (SO2), nitrogen dioxide (NO2), carbon monoxide (CO), and volatile organic compounds (VOCs), among others.

**Importance of Ambient Air Quality Monitoring**

1. **Health Implications**: The quality of the air we breathe directly impacts our health. Pollutants present in the air can lead to a range of respiratory and cardiovascular issues. By monitoring air quality, we gain insights into potential health risks and can take preventive measures.

2. **Environmental Protection**: Poor air quality doesn't just affect humans; it also impacts ecosystems and wildlife. Monitoring helps us understand the effects of pollutants on the environment, guiding conservation efforts.

3. **Policy Formulation**: Government agencies and policymakers rely on air quality data to formulate effective regulations and policies. Monitoring data provides a clear picture of pollution levels and guides decisions to improve air quality.

4. **Public Awareness**: Transparent air quality information raises public awareness about pollution levels. This knowledge empowers individuals to make informed choices and advocate for cleaner air.

**The Monitoring Process**

Ambient air quality monitoring involves a series of systematic steps:

1. **Data Collection**: Monitoring stations equipped with specialized instruments collect data on various air pollutants at specific locations.

2. **Data Analysis**: The collected data is analyzed to assess pollutant levels and trends over time. This analysis helps identify pollution sources and patterns.

3. **Reporting**: Regular reports are generated based on the monitored data. These reports provide valuable insights for the public, researchers, policymakers, and industries.

4. **Regulatory Actions**: If pollutant levels exceed established air quality standards, regulatory actions can be taken to mitigate pollution sources and improve air quality.

**Technological Innovations**

Advancements in technology have revolutionized air quality monitoring:

1. **Sensor Networks**: Low-cost sensors enable the creation of dense networks, providing real-time data at various locations.

2. **Satellite Monitoring**: Satellites equipped with remote sensing instruments offer a global perspective on air quality.

3. **Data Integration**: Advanced data analytics and machine learning techniques help in processing and interpreting vast amounts of monitoring data.

**Participation and Advocacy**

As responsible citizens, we can contribute to ambient air quality monitoring:

1. **Supporting Monitoring Initiatives**: Advocate for increased monitoring infrastructure and transparency in reporting.

2. **Reducing Personal Footprint**: Implement eco-friendly practices in daily life to reduce individual contributions to air pollution.

3. **Raising Awareness**: Spread awareness about the importance of air quality and its impact on health and the environment.

**Conclusion**

Ambient air quality monitoring is a critical tool in safeguarding both human health and the environment. By tracking pollutant levels, analyzing data, and implementing necessary actions, we can collectively strive for cleaner air and a healthier future. As technology continues to evolve, the insights gained from monitoring will undoubtedly play a pivotal role in shaping policies, raising awareness, and driving positive change.

Navigating the Realm of Intellectual Property Rights: A Dive into Data Analysis and Innovation**

Navigating the Realm of Intellectual Property Rights: A Dive into Data Analysis and Innovation

In an increasingly knowledge-driven world, intellectual property rights (IPR) play a pivotal role in safeguarding innovation, fostering creativity, and propelling technological advancements. The upcoming seminar, titled "An Overview of Intellectual Property Rights," slated for August 28, 2023, offers a captivating opportunity to explore the intricate landscape of IPR, delve into advanced data analysis techniques, and unravel the art of effective research proposal writing for funding.

**Understanding the Seminar's Agenda**

The seminar promises a comprehensive itinerary that will unfold a wealth of insights:

1. **Advanced Techniques in Data Analysis**: In a world awash with data, the seminar aims to shed light on cutting-edge data analysis techniques. Attendees will uncover how these techniques not only unearth novel discoveries but also underpin innovations that reshape industries.

2. **Intellectual Property Rights (IPR) in Research**: As research becomes increasingly integral to progress, understanding how IPR fits into the picture is crucial. Participants will gain a profound appreciation for the role IPR plays in protecting researchers' and inventors' creations, thus incentivizing further exploration.

3. **Types and Relevance of Intellectual Property Rights**: Patents, copyrights, trademarks, and trade secrets – these terms can often be confusing. Fear not, as the seminar delves deep into these concepts, elucidating their roles and relevance across various contexts.

4. **History of the Indian Patent System**: Tracing the evolution of the Indian Patent System offers a glimpse into the legal framework that guides innovation. Understanding this history provides context for the system's current goals and objectives.

5. **Goals of the Indian Patent System with Fostering Innovation**: The seminar will unpack the goals that drive the Indian Patent System. By fostering innovation, research, and development, the system aspires to carve a path towards progress.

6. **Structure of the Indian Intellectual Property Offices**: Often shrouded in mystery, the organizational structure of the Indian Intellectual Property Offices will be demystified. Attendees will gain insights into the roles of various departments and their contributions.

7. **Practical Examples and Case Studies**: Real-world success stories provide the most compelling evidence of IPR's impact. By examining practical examples and case studies, participants will grasp the tangible effects of IPR on innovation and business growth.

8. **Tips for Successful IPR Submissions**: Navigating the submission process is a challenge of its own. The seminar will offer participants practical advice and best practices for preparing and submitting successful IPR applications.

**Seminar Objectives: Gaining a Holistic Perspective**

The seminar isn't just a knowledge-sharing platform; it's an opportunity to enrich your understanding and skills in multiple domains:

- **Intellectual Property Rights**: You'll walk away with a profound understanding of IPR and its role in innovation, research, and protection.

- **Indian Patent System**: The historical journey of the Indian Patent System will give you a solid grounding in its evolution and significance.

- **Real-world Insights**: Practical examples and case studies will bridge theory and reality, showing you IPR's impact in action.

- **Effective Proposal Writing**: Crafting compelling research proposals is an art. Gain tips to enhance your proposal writing skills.

**Meet the Conveners**

Leading the seminar are two esteemed individuals:

- **Dr. Bhawana Mathur**: An Associate Professor & Head of Department - MCA at SBCET Jaipur.

- **Ms. Anjana Poonia**: An Associate Professor - MCA at SBCET Jaipur.

**Conclusion**

As the digital age propels us into uncharted territories, understanding intellectual property rights and harnessing data analysis techniques are paramount. The seminar promises to empower attendees with knowledge that transcends disciplines, equipping them with the tools to drive innovation, protect creations, and write compelling research proposals.

Mark your calendars for August 28, 2023, and embark on a journey that will illuminate the world of IPR, data analysis, and effective research proposal writing. Don't miss this chance to expand your horizons and contribute to a future driven by knowledge and creativity.

Is Climate Change Or Bad Weather The Bigger Threat To Your Home?

Every day, we experience adverse weather conditions such as heavy rain, snow or blazing heat. We are often advised to stay indoors and avoid accidental exposure to hazardous elements. But do you know that climate change has made our environment more vulnerable? Read on to learn more about the differences between bad weather and climate change and how they impact your home.

What is Climate Change?

Climate change is a long-term alteration in average weather conditions. Climate change could refer to a particular location or the planet as a whole. Climate change has been connected with damaging weather events such as more frequent and more intense hurricanes, floods, downpours, and winter storms. Together with expanding ocean waters due to rising temperatures melting polar ice, the resulting rise in sea level has begun to damage coastlines as a result of increased flooding and erosion. The cause of current climate change is largely human activity, like burning fossil fuels, like natural gas, oil, and coal. Burning these materials releases what are called greenhouse gases into Earth’s atmosphere. There, these gases trap heat from the sun’s rays inside the atmosphere causing Earth’s average temperature to rise.

How is Climate Change Different Than Bad Weather?

Most people think of weather and climate as the same thing, but they are actually quite different. Weather is the day-to-day conditions of the atmosphere, while climate is the long-term average of weather patterns. Climate change is a long-term shift in the average weather conditions in a place.

Climate change is caused by things like burning fossil fuels, which releases greenhouse gases into the atmosphere. These gases trap heat from the sun’s rays, causing the Earth’s temperature to rise. Climate change can also cause extreme weather events, like more frequent and more intense hurricanes, floods, and droughts.

Bad weather can certainly damage your home, but it’s important to remember that it’s not the same as climate change. Climate change is a much bigger threat because it is a long-term trend that will only get worse over time. Taking steps to reduce your greenhouse gas emissions is the best way to protect your home from climate change.

The Importance of Home Insurance

As the old saying goes, your home is your castle. And just like any castle, your home is vulnerable to all sorts of risks, from bad weather to burglaries. That’s why it’s so important to have a good home insurance policy in place.

Home insurance protects your home and belongings from damage or loss due to a variety of causes, including fire, theft, vandalism, and bad weather. It can also provide financial assistance if you need to temporarily relocate due to damages to your home.

A good home insurance policy will give you peace of mind knowing that you and your family are protected in the event of an unexpected incident. So be sure to shop around and compare policies before choosing one that’s right for you.

Home Security Tips and Tricks

The extreme weather we've been experiencing lately is a stark reminder of how vulnerable our homes are to the elements. From hurricanes and floods to tornadoes and wildfires, it seems like there's no end to the ways Mother Nature can wreak havoc on our property.

So, which is the bigger threat to your home: climate change or bad weather?

There's no easy answer, as both can pose a serious threat to your property. However, climate change is generally considered to be the bigger long-term threat, as its effects are expected to become more and more severe over time.

That said, any type of extreme weather event can cause serious damage to your home, so it's important to be prepared for whatever Mother Nature throws your way. Here are some tips to help keep your home safe from the elements:

-Make sure your home is properly insured. This will give you financial protection in case of damage caused by weather events.

-Stay up-to-date on the latest weather forecasts and warnings. This will help you plan ahead and take steps to protect your home if a severe weather event is headed your way.

-Keep trees and shrubs trimmed around your property. This

Ways to Prevent Burglaries

It's no secret that burglaries happen more often when the weather is bad. There are a number of reasons for this, including the fact that bad weather can give criminals cover to break into homes. But what can you do to prevent burglaries? Here are a few tips:

1. Keep your doors and windows locked at all times, even when you're home.

2. Install security cameras around your property.

3. Get a burglar alarm system installed.

4. Make sure your home is well-lit, both inside and out.

5. Keep valuables out of sight and away from windows and doors.

6. If you're going away on vacation, have a trusted friend or neighbor keep an eye on your property.

By following these simple tips, you can help deter burglars and protect your home from break-ins.

Conclusion

No matter which threat you think is bigger, climate change or bad weather, it's important to be prepared for both. Climate change is a long-term threat that can slowly damage your home, while bad weather can cause sudden and severe damage. By taking steps to protect your home from both threats, you can help keep your family safe and your property in good condition.

How is climate change different than bad weather?

Good / bad weather is at a localized scale, bad weather due to cyclone encompasses say diameter of 2000km but climate change includes the whole globe.

If climate change is global, how does one single leader of any country fix it? Superman won't even be able to fix it.

How does India taken a leadership role in tackling climate change?

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How does India taken a leadership role in tackling climate change?

MyGov Team

08 Jul 2022

Climate change is really a difficult phenomenon affecting the entire world. And with a rising population, vehicles, industries and human activities around the globe, it is going to worsen more.

It is a necessity to tackle the increasing incidents of climate-induced phenomena, otherwise the world will face severe outcomes. The world has seen a lot of difficulties with respect to rising global temperature, pollution caused by glacier melting, air pollution and a resource crunch.

Therefore, in the coming days, if this phase of climate change and global warming continues, the world will be severely affected and India, being the second most populous country, will face dangerous implications. Governments and NGOs are working to limit the expansion of climate change. India has been a leader in controlling and limiting the bad effects of climate change through its continuous climate agreements and initiatives.

Almost 1 decade ago, it was not a matter of concern. But now looking at the implications and impacts on our day-to-day lives, everyone is talking about it.

According to a report by WION, if no proper steps were taken, climate change would take almost 80 million lives in 80 years. India has been instrumental in controlling and managing climate change, affecting the entire world.

Being the second most populous country, India is at the tipping point of global warming-induced natural disasters.

Under the leadership of Prime Minister Narendra Modi, many initiatives have been taken.

For example,

1. International solar Alliance (ISA)

A solar power development project in collaboration with France. Launched in 2015, it’s an alliance of the “sunshine countries” with an objective of efficient utilization of solar energy. The alliance was formed with the vision of reducing the dependence on non renewable sources of energy like fossil fuels.

2. One sun, one world, one grid project along with the United Kingdom

OSOWOG is based on the vision of building and scaling inter-regional energy grids to share solar energy across the globe. It can be the solution to most of our global problems in the energy sector.

3. Swachh Bharat mission

The all-encompassing programme emphasized cleaning India and its cities and villages by providing toilets for every household.

4. COP26 Glasgow summit:

the biggest and most important move by Indian Prime Minister Narendra Modi on behalf of India committed;

A. To take India’s non-fossil fuel energy capacity to 500 GW by 2030.

B. To bring down the carbon intensity of India by more than 45% by 2030.

C. India will achieve the target of net zero carbon emissions by 2070.

These are all examples that India is doing a great job in the direction of the development of the country and the entire world.

My contribution towards a sustainable world by reducing climate

change:

I, Aman Singh, will try to contribute my part in controlling global warming by working at the individual level. I’ll start from my home, workplace and neighbourhood by trying some innovative methods.

To decrease the impact of climate change by pledging not to take private vehicles and encouraging the use of public transport. Using more and more environmentally friendly products like jute bags and reusable utensils. Through the use of social media campaigns, I’ll try to make people aware of the impacts of climate change and encourage them not to throw litter on the roads and in the ocean. With the help of my friends and family members, I will organise tree plantation drives in my society.

Climate change is a reality and it’s high time everyone started talking about it.

2) Climate change is the long term shift in temperature and weather pattern naturally or due to human actions. Consequences of climate change are hazardous and experienced in diverse ways. Presently, the greenhouse gas emissions, which is the primary reason for climate change, have been at their highest levels in 2 million years. Fighting climate change is one of the most important struggles because there is no future for humanity if the consequences get extreme.

India as a country has been identifying measures that promote development objectives while also yielding co-benefits for addressing climate change effectively since 2008. The National Action Plan on Climate Change or NAPCC for the same was formally launched on 30th June, 2008 for the same. India has been relying on this action plan since then to bring about a change in the situation. NAPCC has eight core national missions that focus on promoting understanding of climate change, adaptation and mitigation, energy efficiency and natural resource conservation.

The eight missions are:

National Solar Mission

National Mission for Enhanced Energy Efficiency

National Mission on Sustainable Habitat

National Water Mission

National Mission for Sustaining the Himalayan Ecosystem

National Mission for a Green India

National Mission for Sustainable Agriculture

National Mission on Strategic Knowledge for Climate Change

These missions tackle core issues leading to climate change and help to keep the scenario in check. However, since the Narendra Modi Government came to power, there has been a positive raise in implementation of the action plan and positive changes have been observed. Day by day weather forecasting and checking in risk areas and taking adequate measures for the expected climatic disasters is one of the important changes found. India’s new climate targets announced at the 26th Conference of Parties by the Honorable Prime Minister holds proof for the above statement.

The five-fold strategy is called the panchamrita and five points that aims achieve success are:

1.India will get its non-fossil energy capacity to 500 gigawatt (GW) by 2030

2. India will meet 50 per cent of its energy requirements from renewable energy by 2030

3.India will reduce the total projected carbon emissions by one billion tonnes from now

onwards till 2030

4.By 2030, India will reduce the carbon intensity of its economy by less than 45 per cent

5.By the year 2070, India will achieve the target of Net Zero.

We have accepted the need for a massive transformation of our energy systems, which will be designed for the future and compliant with the new climate change goals with the announcement.Let us not be worried but work for the change as we need the earth to survive and to handover it to our future generations.

According to what I observed, even when we are having the huge challenge of drastic climate change, we do have many solutions. Switching energy systems from fossil fuels to renewable energy sources, checking the use of our energy use, choosing sustainable

options over harmful options in day to day life and many more.

Another dimension to fighting climate change is the adaptation to the current situation parallelly while fighting it in other ways.

In a nutshell, we’ve been fighting climate change in various ways and since 2014 we have a great leader leading us through various programs, schemes and reforms like Swatch Baarath.

Let’s hope to fight climate change with might and achieve the the goals soon

3) March 2022 has been recorded as the hottest month in India in the last one hundred twenty two years. India is the third largest carbon emitter in the world and is also one of the five countries, which has faced high exposure to heat in the last five years.

Due to increase in temperature, both flaura and fauna get affected. Many trees dried due to lack of humidity in the soil and aquatic life also suffers, since increase in temperature affect the metabolism of aquatic life and also decreases their growth in their ecosystem. Due to increase in temperature, animals migrate to the land which favours their growth and the animals which are unable to migrate are getting extinct day by day. Many consumable species like morel mushrooms, which we find at higher altitudes are getting extinct due to rise in temperature and climate change. Natural calamities like floods, hurricane, forest fires, and droughts are taking place due to imbalance in the cycle of nature caused by human acts and interference.

To control climate change and the rise in temperature, the Indian government has taken many initiatives and steps for the environment conservation. India has taken the oath to cut down its emissions to carbon neutral by 2070.The National Clean Air Programme was launched in the year 2019 by The Union Ministry of Environment, Forests and Climate Change to reduce the quantity of Particulate matters in the range of PM2.5 and PM 10 particle concentrations in the atmosphere. The ministry also launched Green Skill Development Programme to develop green skills among people and also to provide employment to the youngsters in the environment and forest sector.

Modi government has committed to get fifty percent of its energy from renewable resources and to reduce total projected carbon emissions by one billion tonnes by the year 2030. The government also launched global movement ‘Lifestyle for the Environment’ with a view to ensure sustainable development of Environment. The movement aims to live the life which is in favour of the environment and does not harm the ecosystem and the living beings. Faster Adoption and manufacturing of Hybrid & Electric vehicles in India scheme has been launched in the year 2015 to promote use of electric vehicles in order to decrease the consumption of coal, which is already implemented by fourteen states of our country. The Bharatiya Prakritik Krishi Paddhati Programme, an initiative to promote natural farming is already adopted by Andhra Pradesh, Karnataka, Himachal Pradesh, Gujarat, Uttar Pradesh and Kerala. Airshed Management techniques has been implemented by

states like uttar Pradesh to increase the quality of air.

As a citizen of India, we can take many steps. We can commit ourselves to make maximum use, consumption and operation of environment friendly products. We can grow maximum number of trees to increase the green cover in our areas, streets, districts or states, which will help to reduce the rise in temperature, which we know by the name of Global warming. By planting more trees, we get more oxygen and the amount of carbon dioxide also reduces from the atmosphere, which is one of the gases present in the atmosphere responsible for greenhouse effect. We

can maximize the use of cow dung and cow urine as a means of fertilizers for agriculture and farming purpose, which is also called as Natural Farming.

Instead of plastic bag tags, we should promote the use of ecofriendly bag tags given to passengers on airports. We should maximize the use of Kullad tea cups, which are made of mud instead of paper or plastic cups, burning of which causes air pollution. During Diwali festival, we should maximize the use of mud diyas and minimize the use of fire crackers, which causes too much pollution in the atmosphere and the amount of air pollutants increases which in further affect the climate and causes increase in temperature. We should promote the use of electric motor vehicles, which runs on electricity instead of fuel. Use of electric vehicles reduce the air pollution and also reduces the consumption of coal.

(These are 3 different blogs collated as a single blog written by our MyGov Interns Aman Singh, Aishwarya Bose and Aayush Negi respectively).

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Last Updated:July 8, 2022 at 1:32 pm -blog-166

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Hyponatremia ICD 10

Hyponatremia ICD 10

When total body water exceeds total body solutes, this ratio is out of balance, and this is known as hyponatremia. One-third of total body water (TBW) is made up of extracellular fluid (ECF), and the other two-thirds is made up of intracellular fluid (ICF). The main solute for ICF is potassium, whereas for ECF it is sodium.

Introduction

The infusion of one liter of 5% dextrose water (D5W) will result in an increase in the volume of the intracellular compartment of about 670 mL (67% of one liter), the interstitial compartment of 250 mL (25% of one liter), and the intravascular compartment of because water flows freely between all three compartments.

Understanding the Risks: The Dangers of Excessive Water Consumption and Hyponatremia

 Drinking 4 liters of water per day is generally considered excessive for most people and can potentially lead to a condition called water intoxication or hyponatremia. Hyponatremia occurs when the balance of electrolytes in your body is disrupted due to a large intake of water, leading to low sodium levels in the blood. This condition can be life-threatening in severe cases.

https://youtu.be/5qTNX4g_F-o?si=ZMB84Bn8HRsgxF4f

The appropriate amount of water a person needs can vary based on factors such as age, weight, physical activity level, climate, and overall health. The "8x8" rule, which suggests drinking eight 8-ounce glasses of water a day (about 1.9 liters), is a common guideline. However, individual water needs can vary, and it's essential to listen to your body's signals of thirst.

If you have specific concerns about your hydration needs, it's best to consult a healthcare professional or a registered dietitian who can provide personalized recommendations based on your individual circumstances. Overhydration, just like dehydration, can have negative health effects, so it's important to strike a balance that is suitable for your body's requirements.

ICD10 Code for Hyponatremia

2024 ICD-10-CM Hypo-osmolality and Hyponatremia Diagnosis Code E87.1 ICD 10 code for hyponatremia and hypoosmolality. Get free crosswalks, synonyms, notes, history, and rules for ICD-10 code E87.1. Switch the navigation Look Up Every ICD-10Turn Off Dropdown Look Up Every ICD-10 Diagnosis Codes for ICD-10-CM PCS Procedure Codes in ICD-10 CM Diagnosis Index for ICD-10.

In summary, dehydration occurs frequently for a variety of causes. It's critical to recognize the signs of dehydration and take precautions against it by maintaining an adequate fluid intake. It is crucial that you get medical help if you think you or someone you love is dehydrated.

What happens if you put a mirror in the microwave?

How Microwave works ?

How do microwaves operate?

The electrons inside a microwave oven are produced by a tube called a magnetron. Microwaves are reflected in the metal interior of the oven where they are absorbed by the food. Microwaves vibrate the water molecules in the food, creating the cooking heat.

Working in Microwave Science:

The theory behind microwaves is very simple—it's all about the atom. As you add energy to an molecule or particle, it trembles; More energy equals more vibration, and this generates heat.

 

Fig 1.1 Microwave Oven 

Even though many of us know how to use it, do you know what a microwave is? How does it work and what are the uses of these microwave ovens etc.?

Being a user of a microwave oven, you must know about its working principle because until we understand the working of a microwave, we will not know about the actual uses of the microwave oven.

A microwave oven converts electromagnetic energy, which has a low frequency, into electromagnetic energy with a high frequency, which is easily absorbed by food items and later converted into heat.

Because so many people have asked us about what a microwave is and how it works, I thought I'd provide you with complete information about what a microwave oven is in Hindi so you can get a better understanding of it. Don't have any doubts either. So without hesitation, let's start and learn about microwave ovens.

What microwave oven can do? Microwave Oven

A microwave oven is a very popular kitchen device that serves to heat and cooks food. This process uses microwave radiation from the electromagnetic spectrum to provide tasty and nutritious food in a very short time.

In addition, it also maintains the nutrients present in the food. Microwave ovens are used to heat pre-cooked foods, a variety of foods. In addition, they are also used for rapid heating of slowly prepared cooking items such as hot butter, fats, and chocolate.

The materials in which water is present in the microwave oven quickly absorb the microwave energy, which is later converted into heat. A microwave oven cooks food six times faster than a traditional oven. Microwave ovens save a lot of energy due to their quick cooking.

Tappan first launched the microwave for home use in the year 1955, while the microwave oven was first introduced by Amana Corporation in the year 1967.

Microwaves are a form of electromagnetic wave whose wavelengths range from 1 meter to 1 millimeter, with their frequencies being 300 MHz (100 cm) and 300 GHz (0.1 cm). Microwave signals always propagate in straight lines and are rarely affected by the troposphere. They are not refracted or reflected from the ionized regions in the upper atmosphere.

 

Fig 1.2 Microwave Structure

Types of microwave ovens.

If you search the market, there are 3 types of microwave ovens. It would be better to write about them. Let me add a video for you guys. By watching the video given below, you will understand how many types of ovens there are and what you will be able to do with their help.

What are the Microwave oven applications?

The discovery of microwaves was a great boon for our civilization. because it is used in many places all over the world. So let's learn more about these microwave applications.

Microwaves are most usually use in point-to-point communication links namely, wireless networks, microwave radio relay networks, radar, satellite, and spacecraft communications.

These microwaves are extremely high-frequency radio waves, produced by a series of transmitters. These help the water and fat molecules vibrate, making the substance hot, and therefore, microwave ovens are used to cook many types of food in microwaves.

Microwaves are also used in mobile phones that are produced by small antennas. Microwaves are also used in Wi-Fi.

Microwaves are also used in fixed traffic speed cameras as well as a radar by many aircraft, ships, and weather forecasters.

Microwaves are also used in spacecraft communications, meaning they are used to transfer most of the world's data, television, and telephone communications over long distances between ground stations and communication satellites. Microwaves are also used in microwave ovens and radar technology.

How does a microwave work?

Working process for microwave ovens.

Many people use microwave ovens in their homes, but there are very few people who have some knowledge about the workings of microwave ovens, so let's learn about the workings of microwave ovens:

The principle of the microwave oven is based on microwave radiation. A microwave oven is made of an aluminum metal box from which radiation cannot pass, and it uses a magnetron, which is a microwave generator.

When a user switches on a microwave oven to make food, this magnetron receives electricity from a power outlet and converts it into high-powered radio waves.

This microwave oven has a waveguide, a turntable, and a timer switch.

When food enters the room and the timer is on, it sends a command to the magnetron to send the microwave to the turntable, which results in it starting to spin. These microwaves heat the food, which contains water molecules.

So when the oven is on and these microwaves hit those water molecules, those water molecules start to vibrate at a high speed, which creates heat. The turntable rotates inside the oven and cooks the food slowly.

What happens if you put a mirror in the microwave?

Mirror for Microwave Oven

A Microwave Oven Mirror is very useful because it allows the user to see how the food is cooking inside the microwave oven while also preventing microwaves from escaping. If the mirror in your microwave oven is broken, you can easily replace it and use a new one, but you may need the assistance of a qualified technician.

Microwave Oven Applications

Buying a microwave is not enough if you do not know about its uses. Below I have tried to tell you about some uses for which you can use:-

1. Reheating - Whereas it was difficult to reheat in a traditional oven due to the risk of burning the food. In such a situation, you can use a microwave oven to re-heat very comfortably. In this, you just have to fill the food container in the oven, and your food gets reheated in a few seconds.

Microwave ovens are use to heat up food devoid of wet it and keeping it almost in its original form. That's why microwave ovens are used more in homes and bakery shops to heat different pastries, cakes, and other food items.

2. Baking - A microwave oven can be used to bake cakes and bread. It is very easy to use, and very quickly you can make cakes of delicious varieties. The cakes are equally soft and excellent to consume.
3. To defrost: A microwave oven is used to defrost frozen vegetables and meats. Previously, they had to waste a lot of washing, draining, and water. It is also very efficient because it helps in maintaining the food in its original form and nutrients.
4. For Roasting – You can roast garlic, garlic bread, popcorns, etc. quickly using a microwave oven. The process of roasting food is very common in India, and this is our traditional method of Indian cooking.
5. To do blanching: The blanching done by microwave is much better than the traditional blanching methods. This is because the nutritional value of fruits and vegetables is not compromised, and it is also done in a very short time.
6. Boiling and also steaming—Boiling is a very important way of cooking food. A microwave cooks food evenly in a matter of minutes, whereas traditional boiling techniques waste a lot of energy and also take a lot of time. Apart from this, steaming vegetables in it keeps the nutrients of the food and the wastage is negligible.
7. Retains nutritional value—Nutrients are very important for food items because they provide us with the right nutrition for the growth and development of our bodies. A lot of nutrients in food are vanished in conventional processes. In contrast, using a microwave oven helps to keep these vitamins and minerals in the food. 

A magnetron tube is used in a microwave oven.

Radiation waves are used in a microwave to heat the moisture in the food, which eventually cooks it. However in a convection oven, a fan is used to heat the food, which circulates the hot air around the food.

I hope that I have given you complete information about what a microwave oven is and I hope you people have understood the type of microwave oven.

If you have any reservations about this article or believe it could be improved, please leave a negative comment. From these thoughts of yours, we will get a chance to learn something and improve something.