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A 50 cm diameter spherical vessel is completely filled up with a liquid of specific gravity 0.8; the vessel and the liquid are then rotated about the vertical axis, without relative motion, at a rotational speed of 20 rad/s. The points of maximum pressure lie on a horizontal plane below the centre of sphere by(a) 12.5 cm(b) 6.96 cm(c) 2.45 cm(d) 1.96 cm? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared
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A 50 cm diameter spherical vessel is completely filled up with a liquid of specific gravity 0.8; the vessel and the liquid are then rotated about the vertical axis, without relative motion, at a rotational speed of 20 rad/s. The points of maximum pressure lie on a horizontal plane below the centre of sphere by(a) 12.5 cm(b) 6.96 cm(c) 2.45 cm(d) 1.96 cm?, a detailed solution for A 50 cm diameter spherical vessel is completely filled up with a liquid of specific gravity 0.8; the vessel and the liquid are then rotated about the vertical axis, without relative motion, at a rotational speed of 20 rad/s. The points of maximum pressure lie on a horizontal plane below the centre of sphere by(a) 12.5 cm(b) 6.96 cm(c) 2.45 cm(d) 1.96 cm? has been provided alongside types of A 50 cm diameter spherical vessel is completely filled up with a liquid of specific gravity 0.8; the vessel and the liquid are then rotated about the vertical axis, without relative motion, at a rotational speed of 20 rad/s. The points of maximum pressure lie on a horizontal plane below the centre of sphere by(a) 12.5 cm(b) 6.96 cm(c) 2.45 cm(d) 1.96 cm? theory, EduRev gives you an
ample number of questions to practice A 50 cm diameter spherical vessel is completely filled up with a liquid of specific gravity 0.8; the vessel and the liquid are then rotated about the vertical axis, without relative motion, at a rotational speed of 20 rad/s. The points of maximum pressure lie on a horizontal plane below the centre of sphere by(a) 12.5 cm(b) 6.96 cm(c) 2.45 cm(d) 1.96 cm? tests, examples and also practice GATE tests.