POTENTIAL ENERGY

[tex]__________________________[/tex]

Given:

• mass = 127 kg
• height = 1.18 m
• gravity = 9.8 m/s^2

Answer & Solution:

[tex]\sf PE = mgh[/tex]

[tex]\sf PE = (127 \: kg)(9.8 \: m/s^2)(1.18 \: m)[/tex]

[tex]\sf PE = 1468.63 \: J[/tex]

↬ Hence, the potential energy is 1468.63 Joules

POTENTIAL ENERGY

Problem:

hidilyn diaz won the olympics when she lifted the 127 kg weight solve for the potential energy of the waves of the ash was able to lift 1.18 m from the ground

Given:

m=127 kg

g=9.8 m/s²

h=1.18 m

Solution:

PE=m×g×h

PE=127 kg×9.8m/s²×1.18 m

PE=1468.63 J

Note: When the problem said that you need to find the Potential Energy, you need to multiply the given and multiply it with g(9.8m/s²).

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