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The NISAR satellite is a joint initiative between ISRO (India) and NASA (USA) with a total project cost of ₹5,000 crore. The 2.8-tonne Synthetic Aperture Radar (SAR) satellite is designed to capture high-resolution images under various conditions, including darkness, adverse weather, and dense vegetation. It will be launched using India's GSLV Mk-II rocket and has a 12-day revisit cycle for monitoring the same area repeatedly.
1111.25 × 9.05 + 2323.23 × 9.05 – 2121.37 × 9.05 = ?
(16.16 × 31.98) + 14.15% of 249.99 = ? + 99.34
(34.98% of 619.86 + 25.12% of 132.26) ÷ 14.86 × 23.98 = ? × 25.12
(91.004)2 - (40.003)2 - (52.9)2 = ?
[(5/6 of 719.81) + 30% of 499.79] × (√99.89 + 25% of 399.69) = ?
102.89 of 3.08 = 59.98% of 499.94 + √?
[(√2024.85 ÷ 3.01) + (35.76 ÷ 11.92)]² × (3/4 of 39.99) = ?
5983.987 + 59832.999 – 598.873 = ?