The volume of a 500 g sealed packet is 350 $c m^{3}$ . Will the packet float or sink in a saturated salt solution, if the density of the solution is 1.2 g $c m^{- 3}$ ?

The packet will sink

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The packet will float

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The packet will float submerged

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None of these

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Solution

The correct option is A The packet will sink
Mass of packet = $500 g$
Volume of packet = ${350 c m}^{3}$
Density of packet = $\frac{M a s s}{V o l u m e}$ $= \frac{500}{350} g c m^{3} =$ ${1.43 g / c m}^{3}$
The sealed packet will sink in the salted water as its density ${1.43 g / c m}^{3}$ , is more than that of the salted water.

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The volume of a 500 g sealed packet is 350 cm3. Will the packet float or sink in a saturated salt solution, if the density of the solution is 1.2 g cm−3 ?

The correct option is A The packet will sinkMass of packet = 500 gVolume of packet = 350cm3Density of packet =MassVolume =500350gcm3=1.43g/cm3The sealed packet will sink in the salted water as its density 1.43g/cm3, is more than that of the salted water.

The volume of a 500 g sealed packet is 350 $c m^{3}$ . Will the packet float or sink in a saturated salt solution, if the density of the solution is 1.2 g $c m^{- 3}$ ?