why is uranuss gravitational force lower than you might expect for a planet of its size?\nit is a very large…

why is uranuss gravitational force lower than you might expect for a planet of its size?\nit is a very large planet but actually has less mass, so the gravity is lower.\nit is entirely made of gas, so its gravity is much lower than solid planets.\nit is further away from the sun, so its gravitational pull is not as strong.\nits planetary core is smaller compared to other planets, so it does not pull as powerfully.

why is uranuss gravitational force lower than you might expect for a planet of its size?\nit is a very large planet but actually has less mass, so the gravity is lower.\nit is entirely made of gas, so its gravity is much lower than solid planets.\nit is further away from the sun, so its gravitational pull is not as strong.\nits planetary core is smaller compared to other planets, so it does not pull as powerfully.

Answer

Brief Explanations:

Gravitational force depends on mass. Uranus is large in size but has relatively less mass, resulting in lower - than - expected gravitational force. The distance from the Sun affects orbital motion rather than the planet's own surface gravitational force. Uranus is not entirely made of gas and the size of the core is not the main factor for its lower - than - expected surface gravity compared to its size.

Answer:

It is a very large planet but actually has less mass, so the gravity is lower.