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A vessel with a symmetrical hole in its ...

A vessel with a symmetrical hole in its bottom is fastened on a cart. The mass of the vessel and the cart is `1.5 kg`. With what force `F` (in `xx 10^(2)N)` should the cart be pulled that the maximum amount of water remains in the vessel. The dimensions of the vessel are as shown in the figure. Given that `b = 50 cm, c = 10 cm`, area of base `A= 40cm^(2), L = 20 cm, g = 10 m//s^(2)`.

Text Solution

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`(M+(bcA)/(2l) rho) g_(c)^(b)`
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