Two ball bearings of mass 10 space straight g spaceand 100 space straight g are lifted to a height of 2 space straight m above the ground and released. Calculate and compare the gravitational potential energy given to each ball bearing

Determine the potential energy of a 0.45 kg ball being held 1.2 m above the ground.A 0.54 JB 5.29 JC 6.35 JD 0.32 J

A 2-kg ball is held 4 m above the ground. Relative to the ground its potential energy is Group of answer choices8 J80 J32 J6 J

After they are dropped, determine the kinetic energy of each ball bearing just before they hit the ground.

A weightlifter lifts a 8080kgkg barbell off the floor and raises it to a final height of 2.12.1mm. Calculate how much gravitational potential energy the barbell had at the top of the lift. Use g=9.8g=9.8Nkg−1Nkg −1 and include units in your final answer. Round to 00 decimal places. ΔEp=m×g×ΔhΔE p​ =m×g×Δh

Calculating the potential and kinetic energy of the carriage at point B:gravitational potential energy, Ep = mgh                                                            = 500 kg x 9.8 m/s2 x 30 m                                                            = 147,000 J kinetic energy, Ek = ½mv2                                = ½ x 500 kg x (24.25 m/s)2                                = 147,000 JQuestion 5SavedUse the equations to calculate, for point A, the carriage's:gravitational potential energykinetic energy