1. Let us assume that you have the power of creating the universe as it is. What is the minimum things u would need to do that ?

2. When you are pushing a box on the table, are u really touching the box ? Think in terms of your atoms interacting with the box's atoms ?

3. A ball when slide on a horizontal surface eventually comes to a stop ,even though seemingly no force is acting on it . Doesn't this contradict Gallelio's statement ?

Open in App

Solution

1.energy
2.atoms are very minute
what about that,you are note touching the table the atoms present in the hand touches with the atoms present in table
3. no its not the contradiction of galelio
the ball stop due to the frictional force due to the surface

Suggest Corrections

Similar questions

a ball when slid on a horizontal surface eventually come to a stop,even through seemingly no force is a acting on it does not this contradict galileo,s statement

A ball when slid on horizontal surface evenyualy comes to stop even though seemingly no force is acting on it. does noy it contradict gallieo,s statement?

Q. If you are pushing a box on a rough horizontal table and if the box is not moving. What type of friction is acting on the box?

Q. You are pushing a box on a rough horizontal table but the box is not moving. What type of friction is working on the box?

We learnt that touching is the repulsive force between atoms and that two things are never really in contact. If so then does this repulsive force vary for different things? Are there things with a repulsive force strong enough for us to see that we can't touch it?

Join BYJU'S Learning Program

1.energy 2.atoms are very minute what about that,you are note touching the table the atoms present in the hand touches with the atoms present in table 3. no its not the contradiction of galelio the ball stop due to the frictional force due to the surface

1.energy
2.atoms are very minute
what about that,you are note touching the table the atoms present in the hand touches with the atoms present in table
3. no its not the contradiction of galelio
the ball stop due to the frictional force due to the surface