Two satellites S(1) and S(2) revolve rou...

Two satellites `S_(1)` and `S_(2)` revolve round a planet in the same direction in circular orbits. Their periods of revolutions are 1 hour and 8 hour respectively. The radius of `S_(1)` is 104 km. The velocity of `S_(2)` with respect to `S_(1)` will be -

`pi xx 10^(4) "km"//"hr"`

`pi//3 xx 10^(4) "km"//"hr"`

`2pi xx 10^(4) "km"//"hr"`

`pi//2 xx 10^(4) "km"//"hr"`

Text Solution

Verified by Experts

Topper's Solved these Questions

FLUID MECHANICS
DISHA|Exercise physics|28 Videos
HEAT TRANSFER AND NEWTONS LAW OF COOLING
DISHA|Exercise physics|30 Videos

Similar Questions

Explore conceptually related problems

Two saetllites S_(1) and S_(2) revolve around a planet in coplaner circular orbit in the same sense. Their periods of revolutions are 1 hour and 8 hours respectively. The radius of orbit of S_(1) is 10^(4) km . When S_(2) is closed to S_(1) , the speed of S_(2) relative to S_(1) is pi xx 10^(n) km//h . what is the value of n ?

Two satellites S_(1) and S_(2) resolve round a planet in coplaner circular orbit in the same sense. Their period of revolution are 1 hour and 8 hour respectively. The radius of the orbit of S_(1) is 10^(4) km . When S_(2) is closest to S_(1) , find (a) The speed of S_(2) relative to S_(1) , (b) The angular speed of S_(2) actually observed by an astronaut is S_(1)

Two satellite S_(1) and S_(2) revolve round a planet in coplanar circular orbits in the same sense. Their periods of revolution are 1hr and 8hours respectively. The radius of the orbit of S_(1) is 10^(4)km . When S_(2) is closet to S_(1) (i) the speed S_(2) relative to S_(1) as actually observed by an astronaut in S_(1) .

Two satellites S_(1) and S_(2) revolve around a planet in coplanar circular orbits in the same sense their periods of revolution are 1 hour and 8hours respectively the radius of the orbit of S_(1) is 10^(4) km when S_(1) is closest to S_(2) the angular speed of S_(2) as observed by an astronaut in S_(1) is :

Two satellites S_1 and S_2 revole round a planet in coplanar circular orbits in the same sanse. Their periods of revolution are 1 hour and 8 hour respectively. The radius of the orbit of S_1 is 10^4 km, When S_2 is closest to S_1 find (i) the speed of S_2 relative to S_1 (ii) the angular speed of S_2 as actually observed by an astronaut is S_1.

Two satellites S1 and S2 revolve round a planet in coplanar circular orbits in the same sense. TI1eir periods of revolution are 2 hours and 16 hours respectively. If the radius of the orbit of S_1 is 10^4 , then the radius of the orbit of S_2 is

Two satellite S_1 and S_2 revolve roudna planet in coplanar circular orbits in the same sense. Their periods of revoltions are 1 h nd 8 h respectively. tE radius of the orbit of S_1 is 10^4 km . When S_2 is closet to S_1 ., find as. The speed of S_2 relative to S_1 and b. the angular speed of S_2 as observed by an astronaut in S_1 .

Two stallites A and B revolve round the same planet in coplanar circular orbits lying in the same plane. Their periods of revolutions are 1h and 8h, respectively. The radius of the orbit of A is 10^(4) km. The speed of B relative to A when they are closed in kmh^(-1) is

Two satellite S_(1) and S_(2) revolve around a planet in coplanar circular orbits in the opposite sense. The periods of revolutions are T and eta T respectively. Find the angular speed of S_(2) as observed by an astronouts in S_(1) , are observed by an astronaut in S_(1) , when they are closest to each other.

Two satellites revolve around a planet in coplanar circular orbits in anticlockwise direction. Their period of revolutions are 1 hour and 8 hours respectively. The radius of the orbit of nearer satellite is 2 xx 10^3 km. The angular speed of the farther satellite as observed from the nearer satellite at the instant when both the satellites are closest is pi/3 red h^(-1) where x is ________.

DISHA-GRAVITATION-Physics

A body of mass 100kg falls on the earth from infinity. Its kinetic ene...
Text Solution
|
An artificial satellite of the earth is to be established in the equat...
Text Solution
|
Two satellites S(1) and S(2) revolve round a planet in the same direct...
Text Solution
|
In the above example the angular velocity of S(2) as actually observed...
Text Solution
|
The moon revolves round the earth 13 times in one year. If the ratio o...
Text Solution
|
Two planets of radii in the ratio 2 : 3 are made from the materials of...
Text Solution
|
A satellite of mass m is revolving in a circular orbit of radius r. Th...
Text Solution
|
A spaceship is launched into a circular orbit close to the earth's sur...
Text Solution
|
The ratio of the radius of the earth to that of moon is 10. The ratio ...
Text Solution
|
Acceleration due to gravity on a planet is 10 times the value on the e...
Text Solution
|
The Jupiter’s period of revolution round the Sun is 12 times that of t...
Text Solution
|
The mean distance of Mars from the sun in 1.524 times that of the Eart...
Text Solution
|
The semi-major axes of the orbits of mercury and mars are respectively...
Text Solution
|
If a graph is plotted between T^(2) and r^(3) for a planet, then its s...
Text Solution
|
The masses and radii of the Earth and the Moon are M1, R1 and M2,R2 re...
Text Solution
|
A satellite has to revolve round the earth in a circular orbit of radi...
Text Solution
|
If the satellite is stopped suddenly in its orbit which is at a distna...
Text Solution
|
A projectile is fired vertically upwards from the surface of the earth...
Text Solution
|
A satellite is revolving in an orbit close to the earth’s surface. Tak...
Text Solution
|
If the period of revolution of an artificial satellite just above the ...
Text Solution
|