https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5 en-us 2016-05-21 02:02:12 UTC 2025-09-24 05:19:31 UTC hello@padlet.com ronaldoyee_161 https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939844 is the amount of matter/substance it contains
Mass is measured in kg]]> 2016-05-21 02:02:45 UTC https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939844 ronaldoyee_161 https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939857 is the amount of force by gravity acting on it.
Weight and force is measured in N]]> 2016-05-21 02:03:18 UTC https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939857 ronaldoyee_161 https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939919 Weight = Mass * Gravitational Force]]> 2016-05-21 02:05:01 UTC https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939919 ronaldoyee_161 https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939941 The mass of an object will not change if it is brought to a dimension with different gravitational force. It is the weight of an object that will change when brought to a dimension with different gravitational force.]]> 2016-05-21 02:05:41 UTC https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939941 ronaldoyee_161 https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939992 The density of an object is the mass of the substance per unit volume. 
Density = Mass / Volume
A denser object has more substance packed in a unit volume.
The density of the same material is always the same.]]> 2016-05-21 02:07:31 UTC https://padlet.com/ronaldoyee_161/dy2vxx1jkbu5/wish/111939992