A particle of mass m is subjected to an attractive central force of magnitude k/r 2
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A ring of radius R = 4 m is made of a highly dense material. Mass of the ring is m1 = 5.4 × 10^9 kg distributed uniformly over its circumference. A highly dense particle of mass m2 = 6 × 10^8 kg is placed on the axis of the ring at a distance x0 = 3 m from the centre. Neglecting all other forces
06
Oct
A ring of radius R = 4 m is made of a highly dense material. Mass of the ring is m1 = 5.4 × 10^9 kg distributed uniformly over its circumference. A highly dense particle of mass m2 = 6 × 10^8 kg is placed on the axis of the ring at a distance x0 [...]
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A particle of mass m is subjected to an attractive central force of magnitude k/r 2 ,
at a distance a from the centre of force ,
if the distance of other extreme position is b. Find a/b ,
its speed is (k/2ma) ,
k being a constant. If at the instant when the particle is at an extreme position in its closed orbit ,
A projectile of mass m is fired from the surface of the earth at an angle α=60∘ from the vertical. The initial speed υ0 is equal to root G Me / Re . How high does the projectile rise ? Neglect air resistance and the earth’s rotation.
06
Oct
A projectile of mass m is fired from the surface of the earth at an angle α=60∘ from the vertical. The initial speed υ0 is equal to root G Me / Re . How high does the projectile rise ? Neglect air resistance and the earth’s rotation. A particle of mass m is subjected to [...]
Tags:
A particle of mass m is subjected to an attractive central force of magnitude k/r 2 ,
at a distance a from the centre of force ,
if the distance of other extreme position is b. Find a/b ,
its speed is (k/2ma) ,
k being a constant. If at the instant when the particle is at an extreme position in its closed orbit ,
Gravitational acceleration on the surface of plane fo root 6 /11 g. where g is the gravitational acceleration on the surface of the earth. The average mass density of the planet is 23 times that of the earth. If the escape speed on the surface of the earth is taken to be 11 km/s the escape speed on the surface of the planet in km/swill be
06
Oct
Gravitational acceleration on the surface of plane fo root 6 /11 g. where g is the gravitational acceleration on the surface of the earth. The average mass density of the planet is 23 times that of the earth. If the escape speed on the surface of the earth is taken to be 11 km/s the [...]
Tags:
A particle of mass m is subjected to an attractive central force of magnitude k/r 2 ,
at a distance a from the centre of force ,
if the distance of other extreme position is b. Find a/b ,
its speed is (k/2ma) ,
k being a constant. If at the instant when the particle is at an extreme position in its closed orbit ,
A particle of mass m is thrown in a parabolic path towards earth having mass M and radius R. It comes to a greatest approach distance R/2 from surface of earth. Magnitude of an elliptical path having eccentricity 1/2 with the greatest approach point either aphelion or perihelion are
06
Oct
A particle of mass m is thrown in a parabolic path towards earth having mass M and radius R. It comes to a greatest approach distance R/2 from surface of earth. Magnitude of an elliptical path having eccentricity 1/2 with the greatest approach point either aphelion or perihelion are A particle of mass m is [...]
Tags:
A particle of mass m is subjected to an attractive central force of magnitude k/r 2 ,
at a distance a from the centre of force ,
if the distance of other extreme position is b. Find a/b ,
its speed is (k/2ma) ,
k being a constant. If at the instant when the particle is at an extreme position in its closed orbit ,
The sun’s mass is about 3.2 x 10^5 times the earth’s mass. The sun is about 400 times as far from the earth as the earth is from the moon. Assume that the sun – moon distance is constant and equal to sun – earth distance. The ratio of the magni9tudes of the gravitational pull of the sun on the moon ( Fms ) and of the earth on the moon ( Fem ) will be Fms/ Fme = ‘*’. Find ‘*’.
06
Oct
The sun’s mass is about 3.2 x 10^5 times the earth’s mass. The sun is about 400 times as far from the earth as the earth is from the moon. Assume that the sun – moon distance is constant and equal to sun – earth distance. The ratio of the magni9tudes of the gravitational pull [...]
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A particle of mass m is subjected to an attractive central force of magnitude k/r 2 ,
at a distance a from the centre of force ,
if the distance of other extreme position is b. Find a/b ,
its speed is (k/2ma) ,
k being a constant. If at the instant when the particle is at an extreme position in its closed orbit ,
A particle of mass m is subjected to an attractive central force of magnitude k/r 2 , k being a constant. If at the instant when the particle is at an extreme position in its closed orbit, at a distance a from the centre of force, its speed is (k/2ma) , if the distance of other extreme position is b. Find a/b
05
Oct
A particle of mass m is subjected to an attractive central force of magnitude k/r 2 , k being a constant. If at the instant when the particle is at an extreme position in its closed orbit, at a distance a from the centre of force, its speed is (k/2ma) , if the distance [...]
Tags:
A particle of mass m is subjected to an attractive central force of magnitude k/r 2 ,
at a distance a from the centre of force ,
if the distance of other extreme position is b. Find a/b ,
its speed is (k/2ma) ,
k being a constant. If at the instant when the particle is at an extreme position in its closed orbit ,