State the Kepler's law which is represented by the relation $r^{3} \propto T^{2}$ .

Open in App

Solution

Kepler’s law of periods states that: The cube of the mean distance of a planet from the sun is directly proportional to the square of time it takes to move around the sun.
and the relation is

Suggest Corrections

Similar questions

Q. State the Kelper's law which is represented by the relation

r^{3} \propto T^{2}

According to one of the Kepler's laws of planetary motion :
(a) $r^{2} \propto T^{3}$
(b) $r \propto T^{2}$
(c) $r^{3} \propto T^{2}$
(d) $r^{3} \propto \frac{1}{T^{2}}$

Q. State Kepler's third law.

Q. If the distance between earth and the sun were half of its present value, then how many number of days will be there in a year?
Hint; use

T^{2} \propto R^{3}

i.e., Kepler's third law.

Q. State the Kepler's laws of planetary motion.

Join BYJU'S Learning Program

State the Kepler's law which is represented by the relation r3∝T2.

Kepler’s law of periods states that: The cube of the mean distance of a planet from the sun is directly proportional to the square of time it takes to move around the sun. and the relation is

State the Kepler's law which is represented by the relation $r^{3} \propto T^{2}$ .

Kepler’s law of periods states that: The cube of the mean distance of a planet from the sun is directly proportional to the square of time it takes to move around the sun.
and the relation is