Find the buoyant force exerted on a ball with radius of 2 meters, when the ball is entirely immersed in the water.
here,
radius, r = 2 m
density of water, p = 1000 Kg/m^3
buoyant force on the ball = weight of the water displaced by the ball
buoyant force on the ball = p * V * g
buoyant force on the ball = 1000 * 4pi/3 * 2^3 * 9.8
buoyant force on the ball = 3.284 *10^5 N
the buoyant force on the ball is 3.284 *105
N
Find the buoyant force exerted on a ball with radius of 2 meters, when the ball...
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not sure how to solve #2
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A general Physics Question regarding Buoyant Force.
If a block of 5kg mass is immersed in water attached to a spring
of K constant of 500Kg in position 1, and the Buoyant force pushes
the block to a certain high H which will be position 2, so the
spring is now stretched, how could the change in H be found?
lo a) Given Pyes bad r21 Fino Ah.
lo a) Given Pyes bad r21 Fino Ah.
how
to find buoyant
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