If the weight of a body is 100 N, on the surface of the earth then its binding energy on the surface of the earth is, `(R_(E)=6400km)`

Question

If the weight of a body is 100 N, on the surface of the earth then its binding energy on the surface of the earth is, `(R_(E)=6400km)`

If the weight of a body is 100 N, on the surface of the earth then its binding energy on the surface of the earth is,
`(R_(E)=6400km)`
A. `64xx10^(8)J`
B. `64xx10^(7)J`
C. `64xx10^(5)J`
D. `64xx10^(4)J`

Monjur Alahi

10 views

2025-01-04 04:42

1 Answers

Related Questions

A body weight 45 kg wt on the surface of earth. Its weight on the surface of Mars will be [Mass of Mars = (1/9) mass of earth, Radius of Mars = (1/2)

2 Answers 4 Views

If W is the weight of a body on the surface of the earth, its weight at a height equal to radius of the earth would be

2 Answers 5 Views

If R is radius of the earth, the height above the surface of the earth where the weight of a body is `36%` less than its weight on the surface of the

2 Answers 4 Views

A planet has double the mass and double the average density of the earth. If the weight of an object on the earth is 100 N, its weight on the planet w

2 Answers 5 Views

If radius of the earth contracts `2%` and its mass remains the same, then weight of the body at the earth surface

2 Answers 4 Views

The ratio of the binding energies of a stationary body at height equal to the radius of the earth and on its surface is

2 Answers 5 Views

The binding energy of a system of earth and its satellite orbiting round the earth in a circular orbit is E. If m of that satellite, its linear speed

2 Answers 5 Views

The potential energy os a body of mass 100 kg is circulating in orbit at a height of 600 km above the surface of earth is (Radius of earth 6400 km, ma

2 Answers 4 Views

The gravitational potential energy of a rocket of mass 100 kg at a distance `10^(7)` m from earth is `-4xx10^(9)J`. Then its weight in N at `10^(9)m`

2 Answers 4 Views

The energy spent in sending a body of mass 1 kg surface of the earth infinity is, is escape velocity from the surface of the earth is 12 km/s.

2 Answers 4 Views

Salim Ahmed Kawsar · Accepted Answer · 2023-02-05T15:29:48+06:00

Salim Ahmed Kawsar

Correct Answer - b
`"B.E. = W R"`
`=100xx6.4xx10^(6)`
`=64xx10^(7)J`

10 views Answered 2023-02-05 15:29