An object is falling freely under the gravitational force. Its velocity after travelling a distance his v. If v depends on gravitational accelertation g and distance h, then with the help of dimensional analysis, formula of v is ....... (k is constant)

An object is falling freely under the gravitational force. Its velocit

1.	An object is falling freely under the gravitational force. Its velocity after travelling a distance his v. If v depends on gravitational accelertation g and distance h, then with the help of dimensional analysis, formula of v is ....... (k is constant)
Answer» SOLUTION :`v=kg^((1)/(2))h^((1)/(2))=v=K k SQRT(gh)`