Direction: Read the following passage and answer the questions below. Despite the setback caused by the COVID-19 pandemic and schedules being affected, the Indian Space Research Organisation (ISRO) has continued to slowly pursue its two ambitious missions -- the Gaganyaan and Chandrayaan-3. Even as officials had said that the staffers were working from home through the lockdown, several have started heading to their workspaces through the lockdown 4.  Using the payload on Chandrayaan-2 orbiter, which has three optical heads (unlike the single optical head of Chandrayaan-1 orbiter), the space agency has a greater resolution and a stereo view of the moon. The image data will also help them decide and fine tune the point of touchdown of the lander. Since the Chandrayaan-2 orbiter is working to capacity, the upcoming mission will only have a lander and rover which will be taken to the moon by a propulsion module. The chances of success at Chandrayaan-3 are being increased with the space agency using the robust data acquired by Chandrayaan-2 orbiter. Director of Vikram Sarabhai Space Centre S Somanth recently iterated that the Human spaceflight programme was significant. Drawing a comparison with other countries like the USA, he said Human Space Travel is a capacity we need to create even under stress as the capability will be essential for the future.  What is the passage about? Marks : 1Negative Marks : 0Answer here Significance of space programs for the futureWorking under constraintsMeeting the target deadlinesCommitment of the scientists

How has the Chandrayaan program impacted India's standing in the global space explorationcommunity

At 5.40 p.m. on August 23, the Chandrayaan-3 lander was a 1.7-tonne hunk of metal, plastic, and glass speeding in an orbit some 30 km above the moon. But in the next 23 minutes, it had made history by slowing down, righting itself, and — guided by a suite of sensors and actuators — gently descending to the moon’s surface. As it touched down shortly after 6 p.m., people gathered at the various Indian Space Research Organisation (ISRO) centres, and across India were jubilant. India is only the fourth country in history to have soft-landed a spacecraft on the moon, and the first to have done so in the moon’s South Polar region. The feat illustrated a simple fact of complex space flight missions: by virtue of their enormous hunger for resources but at the same time capacity for caprice, succeeding at them is indistinguishable from a triumph of human will. That is why they are capable of galvanising people — as Chandrayaan-3 has now done for India. The immediate implication of the Chandrayaan-3 lander now sitting on the moon is that ISRO took away the right lessons from the failure of the preceding mission, Chandrayaan-2. In September 2019, as the Chandrayaan-2 lander was 2.1 km above the lunar surface, ISRO lost contact. Based on data transmitted by the lander until then and that from other sources, including the Chandrayaan-2 orbiter, ISRO pieced together the distal causes of the lander’s premature demise. Experts at ISRO then modified 21 subsystems to give rise to the upgraded Chandrayaan-3 lander. The latter is particularly distinguished by the redundancies built into it: if one component or process had failed, another would likely have taken over.Taking a broader view of time, Chandrayaan-3 sits at an important juncture. India is now a member of the Artemis Accords, the U.S.-led multilateral effort to place humans on the moon by 2025 and thereafter to expand human space exploration to the earth’s wider neighbourhood in the solar system. Given the firsts that India has now achieved, it has an opportunity to lead the other Artemis countries interested in maximising the contributions of the space sector to their economies, alongside the U.S. While Russia and India were not racing to land on the moon this week, the failure of Russia’s Luna-25 spacecraft on August 19 foretells the country’s ability to contribute in more limited fashion, in this decade at least, to the International Lunar Research Station programme, which it leads together with China as a parallel axis to the Artemis Accords. With Chandrayaan-3, India has also demonstrated familiarity with the major types of interplanetary spacecraft: orbiters, landers, and rovers. The Chandrayaan-3 rover is rudimentary, and speaks to an important focus area for the Indian space programme: the planning and implementation of scientific missions. The data from Chandrayaan-3’s scientific instruments will be crucial because the mission will be the first to physically, chemically, and thermally

Who is the project director of India’s Moon Mission, Chandrayaan 3?

Which rocket was used to launch Chandrayaan-3

What is that one thing in Chandrayaan 3 and not in Chandrayaan 2?