00:01
Hi, so on this question, i want to relate weights to mass.
00:04
So, weight is the fossil gravity, afton, and object.
00:08
Weight is equal to the product of mass and the exertion into gravity.
00:13
So for the first one, we have a backpack with 8 .2 newtons.
00:18
So the width, 2 newtons, and the mass is 5 kilograms on the moon.
00:26
The weight is 8 .2 newt is on the moon, and the mass is 5 kilograms.
00:30
So i want to find the acceleration due to gravity on the moon.
00:33
So from this formula g is equal to the weight divided by the mass 8 .2 divided by 5 which is equal to 1 .6 4 meters per second squared so this is 5 for 6.
00:58
The physical science textbook has a mass of 2 .2 kilograms what's the weight on the earth? so like i said before, the weight is equal to mg.
01:12
So the weight is called to the mass 2 .2 kilograms with extrusion to gravity on the earth.
01:20
And that is equal to 9 .81 meters per second squared.
01:24
So this is equal to approximately 21 .6 newton.
01:31
For b, we want to find the width on mars where the acceleration due to gravity is 3 .7 meters per second.
01:38
So the weight is equal to 2 .2 times 3 .7, which is equal to 8 .14 newtons...