A $50 k i \log r a m$ object is located $5 m e t r e$ above the ground level. Find its potential energy.

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Solution

Step 1: Given data:
$Mass, m = 50 kg height, h = 5 m Accelerationduetogravity, g = 9.8 m / s^{2}$
Step 2: Find the potential energy
$P . E = mgh P . E = 50 \times 9.8 \times 5 P . E = 2450 J$
Hence, the potential energy is $2450 J$ .

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A 50kilogram object is located 5metre above the ground level. Find its potential energy.

Step 1: Given data:Mass,m=50kgheight,h=5mAccelerationduetogravity,g=9.8m/s2Step 2: Find the potential energyP.E=mghP.E=50×9.8×5P.E=2450JHence, the potential energy is 2450J.

A $50 k i \log r a m$ object is located $5 m e t r e$ above the ground level. Find its potential energy.

Step 1: Given data:
$Mass, m = 50 kg height, h = 5 m Accelerationduetogravity, g = 9.8 m / s^{2}$
Step 2: Find the potential energy
$P . E = mgh P . E = 50 \times 9.8 \times 5 P . E = 2450 J$
Hence, the potential energy is $2450 J$ .