Science & Technology MCQs

11.

The development of 'Agnilet' is a significant milestone for which sector in India?

A Automotive sector

B Private space sector

C Pharmaceutical sector

D Information Technology sector

12.

When does Agnikul Cosmos aim to perform its first orbital launch?

A Mid-2026

B End of 2026

C Mid-2027

D End of 2027

13.

The successful test of 'Agnilet' showcases India's growing prowess in:

A Traditional agriculture

B Advanced manufacturing and space technology

C Fossil fuel exploration

D Biotechnology

14.

What does the 3D printing process allow for in rocket engine design?

A Reduced design flexibility and component integration

B Greater design flexibility and component integration

C Slower prototyping

D Increased reliance on traditional manufacturing methods

15.

What is the intended payload capacity of Agnikul's SSLV?

A Up to 500 kg

B Up to 100 kg

C Up to 1000 kg

D Up to 50 kg

16.

The 'Agnilet' engine is designed for which type of launch vehicle?

A Heavy-lift launch vehicle

B Small satellite launch vehicle (SSLV)

C Geostationary satellite launch vehicle (GSLV)

D Polar satellite launch vehicle (PSLV)

17.

Where was the 'Agnilet' engine tested?

A DRDO Labs, Hyderabad

B ISRO's Satish Dhawan Space Centre, Sriharikota

C Agnikul's dedicated facility in Chennai

D A military testing range in Rajasthan

18.

What is a key advantage of using 3D printing technology for rocket engines?

A Increased manufacturing time

B Higher production costs

C Reduced manufacturing time and cost

D Limited design flexibility

19.

Which private space startup developed the 'Agnilet' engine?

A Skyroot Aerospace

B Bellatrix Aerospace

C Agnikul Cosmos

D Dhruva Space

20.

What is the name of India's first 3D-printed semi-cryogenic rocket engine?

A Vikas

B Agnilet

C Dhanush

D Prithvi