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Q. If two equal weights of an equal volumes are balanced in air, what will happen when they are completely dipped in water? Give reason for your answer
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Hi there!
Here's the answer :
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Two equal weights of unequal volume when completely dipped in water , their weights vary
And therefore both the weights are not said to be in balanced state.
The reason behind this is that both the weights having unequal volumes will experience unequal thrust upon it when dipped in water.
•°•°•°•°•°<><><<><>><><>°•°•°•°•°•
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Here's the answer :
•°•°•°•°•°<><><<><>><><>°•°•°•°•°•
Two equal weights of unequal volume when completely dipped in water , their weights vary
And therefore both the weights are not said to be in balanced state.
The reason behind this is that both the weights having unequal volumes will experience unequal thrust upon it when dipped in water.
•°•°•°•°•°<><><<><>><><>°•°•°•°•°•
...
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0
Two equal weights having unequal volumes will experience unequal thrusts when dipped in water. Hence, their weight will differ when these are completely immersed in water and hence will not be balanced.
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