Procedure:Consider a l-kg object dropped from rest from a height of 180 m off the ground. Analyze the potential andkinetic energies of the object at the end of every one-second interval during its fall. Complete the table below byfollowing the instruction for each column.Vertical DistanceTraveled, d (m)(2)0.Helght from theGround, h (m)(3)180175Speed, v(m/s)(5)Total Energy(P.E. + K.E.) (J)(7)1800Time (s)P.E.grav (J)K.E. (J)(1)(4)1800(6)11750105018003.46.For column (2):To get the vertical distance traveled, use the equation: d = -a,t? (note: use a,- 10 m/s²%3D2.

The conversion from one form of energy to the other takes place here.

Answered: Consider a l-kg object dropped from…

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Consider a l-kg object dropped from rest from a height of 180 m off the ground. Analyze the potential and kinetic energies of the object at the end of every one-second interval during its fall. Complete the table below by following the instruction for each column.