Question

# As the height of a body decreases, gravitational potential energy ______.

- Increases
- Decreases
- Remains the same
- Varies exponentially

Hint:

### The gravitational potential energy decreases when the height of the body decrease.

## The correct answer is: Decreases

- The GPE is equal to the mass, gravity, and height of the body.
- The GPE is directly proportional to the height of the body.
- The gravitational potential energy decreases as the height decrease.

### Related Questions to study

### As the height of a body increases, its gravitational potential energy _______.

### As the height of a body increases, its gravitational potential energy _______.

### A body of mass of 100 Kg has gravitational potential energy of 2000 J. What will be its new gravitational potential energy if it moves at the height of 100 m?

### A body of mass of 100 Kg has gravitational potential energy of 2000 J. What will be its new gravitational potential energy if it moves at the height of 100 m?

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### You serve a volleyball with a mass of 2.1 Kg. The ball leaves your hand with a speed of 30 m/s and is in the air above the Earth's surface at the height of 10 m. How much gravitational potential energy does the ball have?

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### Calculate the missing term. Take g as 10m/s^{2}

m =?, h = 10000cm, GPE = 350 J (Take g = 10 m/s^{2})

### Calculate the missing term. Take g as 10m/s^{2}

m =?, h = 10000cm, GPE = 350 J (Take g = 10 m/s^{2})

### Calculate the missing term. Take g as 10m/s^{2}

m = 250kg, h = 10 m, GPE =? (Take g = 10 m/s^{2})

### Calculate the missing term. Take g as 10m/s^{2}

m = 250kg, h = 10 m, GPE =? (Take g = 10 m/s^{2})

### Calculate the missing term. Take g as 10m/s^{2}

m = 10kg, h =?, GPE = 200 J (Take g = 10 m/s^{2})

### Calculate the missing term. Take g as 10m/s^{2}

m = 10kg, h =?, GPE = 200 J (Take g = 10 m/s^{2})

### Calculate the missing term. Take g as 10m/s^{2}

m = 1000g, h = 10m, GPE =? (Take g = 10 m/s^{2})

### Calculate the missing term. Take g as 10m/s^{2}

m = 1000g, h = 10m, GPE =? (Take g = 10 m/s^{2})

### Identify the example of gravitational potential energy.

### Identify the example of gravitational potential energy.

### The energy due to the height of an object is

### The energy due to the height of an object is

### A person starts running at a speed of 30 cm/s. His weight is 1200 N. He reaches the top of the hill at ^{2}20 m. Considering the g as 10 m/s^{2}, what is its gravitational potential energy?

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### A roller coaster is at the top of a 72 m hill and weighs 966 N. What is its gravitational potential energy?

The energy that an object has or acquires when its position changes due to being in a gravitational field are known as gravitational potential energy. Gravitational potential energy can be defined as energy that has a connection to gravitational force or gravity.

Gravitational potential is the effort required to move a unit test mass from infinity into the source mass's gravitational field. Both are held above the table, with one at the table. We can now state that the pencil that is higher than the table will have more gravitational potential energy.

The formula for Gravitational Potential Energy

⇒ GPE = m⋅g⋅h

where

m represents the mass in kilograms.

Gravitational acceleration, or g (9.8 on Earth)

The measurement of h above the ground is in meters.

### A roller coaster is at the top of a 72 m hill and weighs 966 N. What is its gravitational potential energy?

The energy that an object has or acquires when its position changes due to being in a gravitational field are known as gravitational potential energy. Gravitational potential energy can be defined as energy that has a connection to gravitational force or gravity.

Gravitational potential is the effort required to move a unit test mass from infinity into the source mass's gravitational field. Both are held above the table, with one at the table. We can now state that the pencil that is higher than the table will have more gravitational potential energy.

The formula for Gravitational Potential Energy

⇒ GPE = m⋅g⋅h

where

m represents the mass in kilograms.

Gravitational acceleration, or g (9.8 on Earth)

The measurement of h above the ground is in meters.