A body of volume $100$ c.c. is immersed just completely in water contained in a jar. The weight of water and the jar before immersion of the body was $600 g$ . After immersion, the weight of the water and jar will be?

700 g

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500 g

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100 g

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800 g

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Solution

The correct option is A $700 g$
Given,
$V = 100 c . c$
$W = 600 g$ the weight of jar before immersion
After the immersion, the weight of the water of the jar is
$W^{'} = W + ρ V$
$W^{'} = 600 + 1 \times 100$
$W^{'} = 600 + 100 = 700 g$
The correct option is A.

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A body of volume 100 c.c. is immersed just completely in water contained in a jar. The weight of water and the jar before immersion of the body was 600 g. After immersion, the weight of the water and jar will be?

The correct option is A 700 gGiven,V=100c.cW=600gthe weight of jar before immersionAfter the immersion, the weight of the water of the jar is W′=W+ρVW′=600+1×100W′=600+100=700gThe correct option is A.

A body of volume $100$ c.c. is immersed just completely in water contained in a jar. The weight of water and the jar before immersion of the body was $600 g$ . After immersion, the weight of the water and jar will be?

The correct option is A $700 g$
Given,
$V = 100 c . c$
$W = 600 g$ the weight of jar before immersion
After the immersion, the weight of the water of the jar is
$W^{'} = W + ρ V$
$W^{'} = 600 + 1 \times 100$
$W^{'} = 600 + 100 = 700 g$
The correct option is A.