Two identical bodies of different merals are actedupon by equal forces

1.	Two identical bodies of different merals are actedupon by equal forces which cause them to moveon a frictionless horizontal surface. Theacceleration of the first body is found to be4 times of that of the second. What is the ratio of their masses.
Answer» The ANSWER is 1:4 PLEASE MARK me as BRAINLIEST

Two identical bodies of different merals are actedupon by equal forces which cause them to moveon a frictionless horizontal surface. Theacceleration of the first body is found to be4 times of that of the second. What is the ratio of their masses.

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The ANSWER is 1:4

PLEASE MARK me as BRAINLIEST

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Two identical bodies of different merals are actedupon by equal forces which cause them to moveon a frictionless horizontal surface. Theacceleration of the first body is found to be4 times of that of the second. What is the ratio of their masses. ​

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Two identical bodies of different merals are actedupon by equal forces which cause them to moveon a frictionless horizontal surface. Theacceleration of the first body is found to be4 times of that of the second. What is the ratio of their masses.