Science & Tech MCQs: ISRO Missions & AI Innovations

1.

What is a potential benefit of using AI in personalized cancer therapy?

A Increased side effects due to complex treatment regimens.

B Reduced treatment efficacy as AI cannot understand biological nuances.

C Improved treatment outcomes and reduced toxicity by selecting the most suitable therapies.

D Higher cost of treatment making it inaccessible to many.

2.

Which of the following can AI algorithms analyze to achieve personalized cancer therapy?

A Patient's medical history and lifestyle.

B Genomic and proteomic data of the tumor.

C Response to previous treatments.

D All of the above.

3.

What is the core principle behind AI's breakthrough in personalized cancer therapy?

A Developing a one-size-fits-all cancer treatment.

B Analyzing vast amounts of patient data to tailor treatments to individual genetic and molecular profiles.

C Automating the surgical removal of tumors.

D Creating new chemotherapy drugs without human intervention.

4.

The launch of EOS-X is a part of ISRO's broader vision for:

A Establishing a lunar base.

B Developing reusable launch vehicles.

C Strengthening India's capabilities in space-based disaster management and environmental monitoring.

D Exploring the outer planets of the solar system.

5.

Which of the following is a key technological advancement expected in EOS-X compared to previous ISRO Earth observation satellites?

A Enhanced resolution and multi-spectral imaging capabilities.

B Ability to detect exoplanets.

C Onboard artificial intelligence for real-time data analysis.

D Both A and C.

6.

What is the primary objective of ISRO's advanced Earth Observation Satellite (EOS-X)?

A To study distant galaxies and nebulae.

B To monitor Earth's climate, weather patterns, and natural resources.

C To facilitate interplanetary communication.

D To conduct deep space exploration missions.

Science & Technology MCQs - 2026-05-16