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The gravitational field strength vecE an...

The gravitational field strength `vecE` and gravitational potential `V` are releated as
`vecE=-((deltaV)/(deltax)hati+(deltaV)/(deltay)hatj+(deltaV)/(deltaz)hark)`

In the figure, transversal lines represent equipotential surfaces. A particle of mass `m` is released from rest at the origin. The gravitational unit of potential , `1vecV=1cm^(2)//s^(2)`
Speed of the particle `(v)` (`y` is in cm and v is in cm//s) as function of its y-co ordinate is

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The gravitational field strength vecE and gravitational potential V are releated as vecE=-((deltaV)/(deltax)hati+(deltaV)/(deltay)hatj+(deltaV)/(deltaz)hatk) In the figure, transversal lines represent equipotential surfaces. A particle of mass m is released from rest at the origin. The gravitational unit of potential , 1vecV=1cm^(2)//s^(2) Speed of the particle (v) ( y is in cm and v in cm/s) as function of its y -co-ordinate is

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