If the distance between the Earth and the Sun becomes half of its present value the number of days in a year would have been

A satellite in a circular orbit of radius or has been period of 4 hours yes satellite of arbit radium4 hours around them same planet will have period

The rotation period of an Earth satellite close to the surface of these 83 minutes the time period of another earth satellite in and orbital distance of 3 Earth radii from its surface will be

Figure shows there elliptical path of a Planet about the sun that two share that part have equal area if T1 and t2 the time taken by the planet to go from a to b and from c to d respectively then

A satellite to go Salon and elliptical Baat around here the rate of change of Arc length by the satellite is proportional to

A comet orbits the sun in a highly elliptical Orbit the comet have a constant

The law of area is a consequence of the law of conservation of

Two particles of equal mass M Go Round yes circle of radius or under the action of their mutual gravitational attraction the speed of each particle is

Newton's law of gravitation is valid for

Binary star system consists of 2 Stars One store has twice the mass of the other the star rotates about their common centre of mass which of the following statement is correct

Two uniform solid surface of equal radii are but mass M and 4 m have a Centre to Centre separation 6 hour as shown in the figure

In considering motion of an object under the gravitational influence of another object which of the following quantity is not conserved

A body weights 63n on the surface of the earth what is the gravitational force on it due to the earth RTR height equal to half the radius of the earth

Yeah Saturn year is 29.5 times the earth year how far is the saturn from the sun if the earth is1. 5× 10⁸ km away from the sun

Two solid spherical planets of equal radio or having masses Forum and antonym have their Central separated by year distance 6 hour projectile of mass M is sent from the planet of mass 4 m towards the heavier planet what is distance or of the point from the lighter planet where the gravitational force on the projectile is zero

The period of rotation of the earth so as to make any object weightless on its equator is

If the earth where to stop rotating the value of the acceleration due to gravity at Delhi

Which of the following statement is wrong the acceleration due to gravity g- decreases if

If the mass of the planet is 10% less than that of the Earth and the radius 20% greater than that of the earth the acceleration due to gravity on the planet will be

Star suddenly strings and its density becomes 10⁹times the original value the value of acceleration due to Gravitation on its a fish will increase by a factor of

Are the radius of the earth shrinks by 1%its mass remaining the same the percentage change in the value of GS

With what angular velocity of the earth should spin in order that a body lying at 45 degree latitude may become weightless

The mass of the earth is 81 times that of the Moon and the radius of the year is 3.5 times that the of the Moon the rate jio of the acceleration due to gravity at the surface of the moon to that at the surface of the

Mouse has about 1/10 of Greater diameter the acceleration of falling body and mass in nearly

Suppose that the acceleration of free fall at the surface of a distance planet where found to be equal to the tat the surface of Earth if the diameter of the planet where twice the diameter of year then the ratio of main density of the planet to the to the earth would be

A planet has twice that density of earth but the acceleration due to gravity on its surface is exactly the same as on the surface of earth its radius in terms of radius of the earth will be

Our body is taken from the surface of the Earth to the Moon what will be the change in the weight of the body

If the change in the value of GRT height above the surface of the Earth is the same as at a depth x below it then

Choose the correct alternative

The fractional change in the value of free fall acceleration for particle when it is lifted from the surface to an elevation h (h<<r) is

Yah particle hanging from a spring stretcher seat to buy one centimetre and earth surface radius of the earth is 6400 km place 800 kilometre above the Earth surface the same particle will stage the spring by

What height above the Earth surface the value of the g becomes g/2

The mass of the moon is 1 /8 of the year but the gravitational police 1 /6 of the earth It is due to the fact that

Yes don't wait 100 n on the surface of the earth the ratio of its weight at the height of the radius of the earth to depth of half the radius of the earth will be approximately

A system of four particles is placed at the vertices of a square of side l the potential at the centre of the square is

Infinite number of body seach of mass 6 kg or situated at distance 1 m2m4m ATM respectively on why as is from the origin the resultant gravitational field intensity at the origin is

The force between your Hollow sir and a point mass at P inside it as shown in the figure is

Mars as a diameter of approximately 0.5 that of earth and a mass of 0.1 that of years does our face gravitational field strength on Mars compared with that on Earth is Greater by a factor of

A uniform spherical shell gradually shrinks maintaining each shape the gravitational potential at the centre

The gravitational potential difference between the surface of a Planet and the appoint 20 m above the surface is To Rule By Kg if the gravitational field is uniform then work done in carrying a 5 kg body to height of above the surface is

The ratio of the radius of the earth to that of moon is 10 the ratio of acceleration due to gravity on earth and on moon is 6 the ratio of the escape velocity from the surface of earth to that from the moon is

The rocket is fired with a speed of 5.6 km from the Earth surface how far from the Earth surface does the rocket go before returning to the earth

X and York 2 points at respective distance or and two hour from the centre of the earth Where are is greater than the radius of earth gravitational potential at Axis 800 kg when a 1 kg mass is taken from x to Y the work done on the Mass is

The gravitational potential difference between a point at the surface of a certain planet and the point 10 m above the surface is 4.0 jkg assuming the gravitational field is uniform there in moving a mass of 2.0 kg from the surface 2 year 0.5.0 above the surface is