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Chandrayaan-3 was placed in orbit by which Indian launch vehicle?

  1. A.PSLV-XL
  2. B.GSLV Mk II
  3. C.LVM3
  4. D.SSLV

Correct answer

C. LVM3

Explanation

The correct answer is C, LVM3. Chandrayaan-3 weighed close to 3,900 kg at lift-off, far beyond the reach of any lighter Indian rocket, so it flew on LVM3, the vehicle earlier named GSLV Mk III. The same vehicle had launched Chandrayaan-2 in July 2019.

Option A, PSLV-XL, carried Chandrayaan-1 in 2008 and the Mars Orbiter Mission in 2013, both far lighter spacecraft, and is the distractor most candidates fall for. Option B, GSLV Mk II, lifts about 2,250 kg to a transfer orbit, which is not enough for a lunar lander of this mass. Option D, SSLV, is built for satellites of a few hundred kilograms and could not carry a fraction of the payload. Remember the split: the two Chandrayaan missions with landers went on LVM3, while the orbiter-only Chandrayaan-1 and the Mars mission went on PSLV.

Read the full article: ISRO Launch Vehicles: PSLV, GSLV, LVM3 and SSLV Notes

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Q1.Science & TechnologyMedium

Which was the first Indian launch vehicle to place a satellite in orbit, and which satellite did it carry?

  1. A.ASLV, carrying SROSS-C
  2. B.SLV-3, carrying Rohini RS-1
  3. C.PSLV, carrying IRS-1A
  4. D.SLV-3, carrying Aryabhata
Show answer
Correct answer: B. SLV-3, carrying Rohini RS-1

On 18 July 1980 the four-stage, all-solid SLV-3 placed the small Rohini RS-1 satellite in a low earth orbit from Sriharikota, and India became the sixth nation able to launch its own satellite.

Q5.Science & TechnologyEasy

Indian satellites are launched into orbit from which centre?

  1. A.Vikram Sarabhai Space Centre, Thiruvananthapuram
  2. B.Satish Dhawan Space Centre, Sriharikota
  3. C.U R Rao Satellite Centre, Bengaluru
  4. D.Space Applications Centre, Ahmedabad
Show answer
Correct answer: B. Satish Dhawan Space Centre, Sriharikota

It is India's only orbital launch site, on the east coast, so vehicles can fly out eastwards over the Bay of Bengal and take the free gain from the earth's rotation while the spent stages fall harmlessly into the sea.