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Chandrayaan-3: Important 30 Questions for Competitive Exams

1. What is the significance of Chandrayaan-3 for India’s space program?

2. What differentiates Chandrayaan-3 from its predecessors?

Chandrayaan-3 is distinguished by its focus on a soft landing on the Moon’s south pole, along with the inclusion of a rover, setting it apart from earlier missions.

3. When is Chandrayaan-3 was launch?

Chandrayaan-3 is tentatively was launch in 14 july 2023, signifying an eagerly awaited chapter in India’s lunar exploration journey.

4. What is Chandrayaan-3’s primary objective?

Chandrayaan-3’s primary objective is to achieve a safe landing on the Moon’s south pole, unveiling the mysteries of this lesser-explored lunar region.

5. How does Chandrayaan-3’s lander differ from its rover?

While the lander aims for a soft lunar landing, the rover is equipped with a soil-sampling drill and an advanced camera system to explore the Moon’s surface.

6. What does the scientific instrument suite on the lander encompass?

The lander boasts a radar imager, laser altimeter, and spectrometer, all working in tandem to investigate the Moon’s composition, surface features, and atmosphere.

7. What capabilities does the rover possess?

Chandrayaan-3’s rover features a soil-sampling drill for collecting lunar samples and a sophisticated camera system to capture high-resolution images.

8. How does the orbiter contribute to Chandrayaan-3 success?

The orbiter hosts a collection of scientific instruments including a camera, spectrometer, and magnetometer, enabling detailed analyses of the Moon’s surface, atmosphere, and magnetic fields.

9. What is Chandrayaan-3’s significance in lunar exploration?

Chandrayaan-3 represents India’s quest to become a global player in lunar exploration, paving the way for future missions and contributing to our understanding of the Moon’s mysteries.

10. What did Chandrayaan-3 success ?

Chandrayaan-3 success was when lander and rover landed at the lunar south pole region on 23 August 2023 at 18:02 IST, making India the first country to successfully land a spacecraft near the lunar south pole and the fourth country to soft-land on the Moon.

11. What challenges are associated with achieving a soft landing on the Moon?

Chandrayaan-3 faces the complex challenge of ensuring a precise and gentle lunar landing due to the Moon’s lack of atmosphere and inhospitable conditions.

12. What sets the Moon’s south pole apart for exploration?

The Moon’s south pole holds immense scientific value due to its potential reserves of water ice, a crucial resource for future human exploration and colonization.

13. What can the success of Chandrayaan-3 contribute to India’s global reputation?

The successful execution of Chandrayaan-3 can elevate India’s standing on the global space stage, showcasing technological prowess and inspiring international collaborations.

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14. How can individuals contribute to Chandrayaan-3’s success?

Supporting space education, endorsing space institutions, and advocating for favourable space policies are ways individuals can contribute to Chandrayaan-3’s triumph.

15. What potential benefits does water ice on the Moon offer?

Water ice discovered on the Moon can serve as a vital resource for drinking water, agriculture, fuel production, and facilitating future human missions.

16. What are the environmental concerns associated with space exploration?

Environmental considerations include space debris accumulation, celestial body contamination, and the ecological effects of space activities on Earth.

19. How might Chandrayaan-3 advance our understanding of lunar science?

Chandrayaan-3’s comprehensive scientific tools can provide insights into lunar geology, mineral composition, and the Moon’s evolutionary history.

20. What ethical challenges does space exploration pose?

Space exploration raises ethical dilemmas concerning resource conflicts, potential extraterrestrial life contact, and the obligation to safeguard Earth’s interests.

21. What key lessons did ISRO learn from Chandrayaan-2?

Chandrayaan-2 taught ISRO lessons in robust lander design, adapting to challenging lunar environments, and the importance of comprehensive testing.

22. How does Chandrayaan-3 contribute to India’s vision of space exploration?

Chandrayaan-3 aligns with India’s aspiration to explore new cosmic frontiers, drive technological innovation, and collaborate on a global scale.

23. What sets Chandrayaan-3 apart from lunar missions conducted by other countries?

Chandrayaan-3 sets itself apart by targeting a soft landing on the Moon’s south pole, a region of immense scientific interest and potential resources.

24. What scientific advancements have Chandrayaan-1 and Chandrayaan-2 contributed?

Chandrayaan-1 and Chandrayaan-2 have significantly expanded our lunar knowledge, aiding in surface mapping, analyzing compositional data, and studying lunar origins.

25. How does Chandrayaan-3 contribute to India’s space legacy?

Chandrayaan-3 adds a remarkable chapter to India’s space journey, showcasing dedication to exploration, technological innovation, and global collaboration.

26. What lies ahead for India’s lunar exploration roadmap?

India’s lunar exploration trajectory includes missions like Chandrayaan-4, Chandrayaan-5, and Chandrayaan-6, aiming to unravel the Moon’s mysteries further.

27. What are the anticipated scientific outcomes of Chandrayaan-3?

Chandrayaan-3 is expected to yield valuable insights into lunar ice, geological history, atmospheric conditions, and the Moon’s evolution.

28. How does Chandrayaan-3’s success benefit future human exploration?

Chandrayaan-3’s findings, particularly related to lunar resources, can pave the way for sustainable human exploration and utilization of the Moon.

29. What challenges does ISRO face in Chandrayaan-3’s execution?

ISRO must address challenges such as landing precision, autonomous operations on the Moon, and managing communication in a challenging lunar environment.

30. How can Chandrayaan-3 impact India’s technological advancements?

Chandrayaan-3 demonstrates India’s progress in designing and executing complex space missions, fostering technological innovation and expertise.

Conclusion

Chandrayaan-3 stands at the precipice of history, poised to unravel the Moon’s mysteries and elevate India’s reputation in the global space community. Armed with comprehensive answers to on Chandrayaan-3: Important 30 Questions for Competitive Exams 30 aspirants can embark on their competitive exam preparations, equipped with a thorough understanding of this monumental mission and its significance. As Chandrayaan-3’s launch date draws closer, let’s celebrate India’s pursuit of knowledge and exploration that transcends the boundaries of Earth, inspiring generations to reach for the stars.

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The exam will be conducted from  7 to 11 May 2025. AEEE is an entrance exam conducted for providing admission into graduate engineering courses in Amrita Vishwa Vidyapeetham.

The AEEE 2025 registration is for second phase and the dates have been informed above. AEEE for 2025 will be conducted in two phases. The second phase of AEEE 2025 is to take place from 7 to 11 May 2025.

What is AEEE 2025?

The full name of the exam is Amrita Engineering Entrance Exam (AEEE). It is an institutional level test conducted once every year to provide admission into engineering courses at graduate level.

AEEE 2025 is meant to be conducted in 2025. Programs in engineering are offered at Amritapuri, Bengaluru, Coimbatore, Chennai, Amaravati and Nagercoil campuses of the institution.

Candidates who pass the exam can choose to join the programs in anyone of the campuses mentioned above. Questions in the exam are related maths, physics, chemistry and english.

Test would be conducted in computer based mode and 100 questions from subjects mentioned above have to be answered in 2.5 hours. AEEE 2025 registration fee is Rs 1200.

Who can take up AEEE 2025 registration?

Candidates who have passed plus-two from a recognized educational institution located anywhere in India can take up AEEE 2025 registration.

Applicants must pass their qualifying exam with a pass percentage of 60 at the minimum. The individual pass percentages in maths, physics and chemistry must be 55% at the minimum.

How to take up AEEE 2025 registration?

Candidates willing to apply for AEEE 2025 registration must visit the official website which is accessible at ‘https://aeee.amrita.edu/’

1. The URL mentioned above must be typed into the browser and submitted to allow the website to download.

2. Once the website is ready, candidates can click the link for Information Handbook to obtain all the details about the admission process.

3. After reading the information handbook, they can click the button Apply Now. This will be located at various parts of the website, they can click the above button at anywhere on the website.

4. Clicking the above button will open another webpage with URL ‘https://aeee.amrita.edu/?utm_source=About&utm_medium=Web&utm_campaign=button‘

5. Once the webpage with above URL opens, applicants can provide email id, phone number and other details to register and create an account with username and password.

6. After the account is created, candidates can login and fill the application form, upload the required documents, pay registration fee and the submit the form.

After registration

Candidates who have taken up AEEE 2025 registration can download the hall ticket and appear for the exam at the allotted test centre.

The test will be conducted in more than 125 centres located across India. The test has to be passed with the required qualifying marks to be eligible for the next phase of admission.

Counselling is where candidates can select the course of their choice and the campus they wish to study.

Selection will likely be done on performance in AEEE 2025, performance in the qualifying exam, choice of course by candidates, availability of vacancies.

Those who have got the seat can convey their acceptance and pay the fees to join the course.

Counselling may likely be conducted in more than one round, those who don’t get a seat in the initial round can try in subsequent rounds.

Students can visit the official website of the institution to know all the details about admission, process of application, process of selection.

They can also watch their email ids as communication regarding admission may be sent there too.

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