ix)An object is falling freely under thegravitational force. Its velocity aftertravelling a distance h is v. If v dependsupon gravitational acceleration g anddistance, prove with dimensionalanalysis that v=k gh where k is aconstant

ix)An object is falling freely under thegravitational force. Its veloc

1.	ix)An object is falling freely under thegravitational force. Its velocity aftertravelling a distance h is v. If v dependsupon gravitational acceleration g anddistance, prove with dimensionalanalysis that v=k gh where k is aconstant
Answer» v is not equal to kghExplanation:the GIVEN FORMULA of velocity is not CORRECT therefore it can't be PROVED with dimensional analysis. The correct formula is v squareroot of g/h

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ix)An object is falling freely under thegravitational force. Its velocity aftertravelling a distance h is v. If v dependsupon gravitational acceleration g anddistance, prove with dimensionalanalysis that v=k gh where k is aconstant​

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ix)An object is falling freely under thegravitational force. Its velocity aftertravelling a distance h is v. If v dependsupon gravitational acceleration g anddistance, prove with dimensionalanalysis that v=k gh where k is aconstant