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Standard XI

Physics

Buoyant Force

The density o...

Question

The density of top liquid is 0.6 g/cc and bottom liquid is 1 g/cc.

The mass of block is 706 g

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The mass of block is 607 g

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The mass of block is 760 g

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The mass of block is 670 g

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Solution

The correct option is C The mass of block is 760 g

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Similar questions

Q. As per the figure given below, find the total pressure at the bottom.
Density of liquid 1 = 13.6

g / c c

Density of liquid 2 = 5.4

g / c c

Density of liquid 3 = 2.5

g / c c

Q. As per the figure given below, find the total pressure at the bottom, if the vessel is closed.
Density of liquid 1 = 13.6

g / c c

Density of liquid 2 = 5.4

g / c c

Density of liquid 3 = 2.5

g / c c

(Given

g = 9.8 m / s^{2}

)

60 c c

of a liquid of relative density

1.4

are mixed with

40 c c

of another liquid of relative density

0.8

. The density of the mixture is

There are three different liquids (liquid 1, liquid 2 and liquid 3) having density 13.6 gm/cc., 1.3 gm/cc and 0.8 gm/cc. Liquid 1 is poured in a uniform U-tube, which is kept vertical. Liquid 2 & liquid 3 are poured separately into the two arms till upper surface of liquid 2 & 3 are same. What is the height of liquid 3 if the height of liquid 2 is 16cm?

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