Question

The weight of a person is 600 Newton to climb a height of 10 metre what he requires energy

Answer 1

Answer:

6000 joules ( considering g as 10)

Explanation:

A) Explanation:Potential Energy = Mass of particle × acceleration due to gravity × height

= 600×10

= 6000 joules

Answer 2

Answer :

›»› The required energy is 60000 Joule.

Given :

The weight of a person is 600 N. To climb a height of 10 m.

To Find :

Required of energy.

How to solve?

For solving this question, let's first know about Potential energy.

The energy stored in an object and is measured by the amount of work done is known as potential energy.

The SI unit of potential is Joule (J).

The Potential energy is represented by P.E or U.

Potential energy is defined as mgh.

We can find potential energy by using the formula of potential energy which says P.E = mgh.

Here,

P.E is the Potential energy in Joule (J).

m is the Mass in kilogram (kg).

g is the Acceleration due to gravity in m/s².

h is the Height meters (m).

Let's solve this question...

Calculation :

As we know that

→ Potential energy = mgh

→ Potential energy = 600 * 10 * 10

→ Potential energy = 60000

Hence, the required energy is 60000 Joule.