https://padlet.com/ritoka17/5c0gipr5w0fc Made with the strength to succeed en-us 2017-11-30 19:19:33 UTC 2017-11-30 20:04:17 UTC hello@padlet.com ritoka17 https://padlet.com/ritoka17/5c0gipr5w0fc/wish/212034236 Mass and weight both measure certain objects and give a certain number that corresponds to how much mass or weight an object has. Mass is essentially the amount of "stuff," or matter in an object. So, a large ping pong ball would have less mass than a medium sized golf ball, as there is more matter in a golf ball. Weight, on the other hand, it the force of gravity on the object. Gravity can change by being in different planets. This is because what affects gravity is mass. ]]> 2017-11-30 19:21:41 UTC https://padlet.com/ritoka17/5c0gipr5w0fc/wish/212034236 ritoka17 https://padlet.com/ritoka17/5c0gipr5w0fc/wish/212038390 Gravity kind of pulls matter together and increases with an increased level of mass. Planets have different masses, and they are all do not have the same amount of mass. Therefore, they do not have the same amount of gravity. So, if you were on a planet with a larger mass than earth, you would weigh more because it was more gravity hence it has more mass. The gravity has more to give essentially.]]> 2017-11-30 19:28:37 UTC https://padlet.com/ritoka17/5c0gipr5w0fc/wish/212038390 ritoka17 https://padlet.com/ritoka17/5c0gipr5w0fc/wish/212041069 Planets have different gravitational pulls because  they have different masses. For an example, the sun, in which is the star the planets orbit, has the largest mass hence the most gravitational pull. All the planets are attracted to the sun because of the large mass of the sun. Distance also affects how gravity affects the gravitational pull/orbit of some planets because as distance increases, the gravitational pull becomes less. This is why the moon orbits the earth and not the sun because it is closer to the earth compared to the far away sun.]]> 2017-11-30 19:33:08 UTC https://padlet.com/ritoka17/5c0gipr5w0fc/wish/212041069