A force produces an acceleration `16m^(-2)` in a mass `0.5 kg` and an acceleration `4ms^(-2)` in an unknown mass when appied separately If both the masses are tied together what will be the acceleration under same force ? .

A force produces an acceleration `16m^(-2)` in a mass `0.5 kg` and an

1.	A force produces an acceleration `16m^(-2)` in a mass `0.5 kg` and an acceleration `4ms^(-2)` in an unknown mass when appied separately If both the masses are tied together what will be the acceleration under same force ? .
Answer» Correct Answer - `3.2 ms^(-2)`.

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A force produces an acceleration `16m^(-2)` in a mass `0.5 kg` and an acceleration `4ms^(-2)` in an unknown mass when appied separately If both the masses are tied together what will be the acceleration under same force ? .

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