Question

a vessel conntaining 50 kg of water placed at a height of 15 m above the ground assuming the gravitation PE at ground to be zero what will be the gravitational potential energy of water in the vessel (g= 10m/s²)​

Answer 1

Given :-

• Mass of water (m) = 50kg
• Height (h) = 15m

To find :-

• Potential energy

Solution :-

As we know that

→ Potential energy = mgh

→ P.E = 50 × 10 × 15 {g = 10m/s²}

→ P.E = 7500 J

Hence,

• Potential energy of water in the vessel is 7500 J

Extra Information

• Potential energy is the energy that result of position and shape.
• Its S.I unit is Joules.

Answer 2

$\mathrm{Given}$

• Mass of water( m)= 50 kg
• Height of the water (h) =15 m
• G=(10m/s)

$\mathrm{To \: Find}$

• The potential energy of the water.

$\mathrm{Formula \: used}$

• Potential energy = mgh

$\mathrm{Solution}$

Potential Energy= mgh

Potential Energy= 50× 10×15

Potential Energy=7500 J

Therefore the gravitational potential energy of water in the vessel is 7500 J

$\mathrm{ThankYou}$