Dr. Tessy Thomas's Key Achievement
Dr. Tessy Thomas is widely known as the 'Missile Woman of India' due to her significant contributions to the country's missile development programs.
Her primary association is with leading the prestigious Agni-V project, a long-range surface-to-surface ballistic missile.
Her career in defense research started at the LRDE (Electronics & Radar Development Establishment), contributing to early radar systems.
Option A correctly identifies both her leadership in the Agni-V project and her initial career placement at LRDE.
Similar Questions
Match the following:-
Artist
Art Form
1. Gauri Shankar Devilal
a. Flute
2. Hari Prasad Chaurasia
b. Painting
3. M.F. Hussain
c. Kathak
4. Zakir Hussain
d. Tabla
Which scientist thought of the concept of steady state of the universe?
Who received the Nobel Prize in 1901 for ‘recognition of the extraordinary services rendered by the discovery of the laws of chemical dynamics and osmotic pressure in solutions’?
Who among the following performing artists bagged the best actress award for Meena Gurjari in 1975?
Who among the following was the chief guest at India's 74th Republic Day celebrations?
Who among the following was one of the founders of Rahnumai Mazdayasnan Sabha or Religious Reform Association?
In which of the following cities of British India was Lata Mangeshkar born?
The famous poet and playwright Rajashekhar was the court poet in the court of which of the following Pratihara kings?
Famous dance personality Kelucharan Mohapatra is associated with which of these dance forms?
Who along with Arthur Compton received the Nobel Prize in 1927 for the development of the cloud chamber for the detection of charged particles?
Important Questions from Famous People
Who was the world’s first woman amputee to climb Mount Vinson?
Who is the fastest Asian to traverse the globe riding a bicycle?
What is the name of India’s first test tube baby?
The immortal poet Kalidasa belonged to the town of _______
The Indian who acted as the President of General Assembly of UNO is
