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ЁЯУШ рд╕рдлрд▓рддा рдХी рд╕ीрдв़ी – 100 рдорд╣рдд्рд╡рдкूрд░्рдг рд╡рд╕्рддुрдиिрд╖्рда рдк्рд░рд╢्рди

"Learning Today, Leading Tomorrow" рд╢िрдХ्рд╖िрдХा рдПрд╡ं рд╕ंрдХрд▓рдХ – Poornima Gontiya  ЁЯУЦ рд╡िрд╖рдп рд╢ाрдоिрд▓ рд╣ैं: рдЕंрддрд░्рд░ाрд╖्рдЯ्рд░ीрдп рд╕ंрдЧрдарди рдордз्рдп рдк्рд░рджेрд╢ рд╕ाрдоाрди्рдп рдЬ्рдЮाрди рд╡िрдЯाрдоिрди рдПрд╡ं рд╕्рд╡ाрд╕्рде्рдп рднाрд░рддीрдп рд╕ंрд╡िрдзाрди рднाрд░рддीрдп рджрдг्рдб рд╕ंрд╣िрддा (IPC) ЁЯМА рднाрдЧ 1 : рдЕंрддрд░्рд░ाрд╖्рдЯ्рд░ीрдп рд╕ंрдЧрдарди (International Organizations) рд╕ंрдпुрдХ्рдд рд░ाрд╖्рдЯ्рд░ рд╕ंрдШ (UNO) рдХी рд╕्рдеाрдкрдиा рдХрдм рд╣ुрдИ рдеी? (A) 1919 (B) 1945 (C) 1939 (D) 1950 UNICEF рдХा рдоुрдЦ्рдп рдЙрдж्рджेрд╢्рдп рдХ्рдпा рд╣ै? (A) рд╢िрдХ्рд╖ा (B) рдмрдЪ्рдЪों рдХा рдХрд▓्рдпाрдг (C) рд╢ांрддि рд╕्рдеाрдкрдиा (D) рдЪिрдХिрдд्рд╕ा WHO рдХा рдоुрдЦ्рдпाрд▓рдп рдХрд╣ाँ рд╕्рдеिрдд рд╣ै? (A) рдкेрд░िрд╕ (B) рдЬेрдиेрд╡ा (C) рд▓ंрджрди (D) рди्рдпूрдпॉрд░्рдХ IMF рдХा рдкूрд░ा рдиाрдо рдХ्рдпा рд╣ै? (A) International Money Fund (B) International Monetary Fund (C) International Management Fund (D) International Member Fund UNESCO рдХा рдоुрдЦ्рдпाрд▓рдп рдХрд╣ाँ рд╣ै? (A) рд▓ंрджрди (B) рдкेрд░िрд╕ (C) рдмрд░्рд▓िрди (D) рд╡ॉрд╢िंрдЧрдЯрди рд╡िрд╢्рд╡ рдмैंрдХ рдХी рд╕्рдеाрдкрдиा рдХрдм рд╣ुрдИ рдеी? (A) 1944 (B) 1950 (C) 1960 (D) 1972 SAARC рдХी рд╕्рдеाрдкрдиा рдХिрд╕ рд╡рд░्рд╖ рд╣ुрдИ рдеी? (A) 1985 (B) 1980 (C) 1990 (D) 1975 WTO рдХा рдоुрдЦ्рдп рдЙрдж्рджेрд╢्рдп рдХ्рдпा рд╣ै? (A) рд╡िрд╢्рд╡ рд╢ांрддि (B) рдЕंрддрд░्рд░ाрд╖्рдЯ्рд░ीрдп рд╡्...

Super Computers and their key Applications.

Supercomputers are high-performance computing machines that are designed to perform complex calculations and simulations at speeds beyond those of regular computers. They are typically used for scientific research, engineering, weather forecasting, and other compute-intensive applications that require a large amount of computational power. In the fields of science and technology, supercomputers are used for various applications, including modeling climate change, simulating complex physical systems, studying the behavior of subatomic particles, and analyzing large-scale datasets from experiments in astrophysics, cosmology, and genomics. In materials science, supercomputers are used to simulate the behavior of materials under extreme conditions, with the aim of developing new materials with improved properties. In medicine, supercomputers are used for drug discovery and development, where they can simulate the interactions of molecules and predict their properties, thus helping research...