Four Fundamental Forces

Q.

In star wars, Luke Skywalker, kicks Darth Vader's behind using THE FORCE, with which he can make things move at will etc. Which one of the four fundamental forces, does he use?

1. Electromagnetic Force

2. Gravitational

3. Strong Nuclear

4. This question is crap as it is based on a science fiction movie that does not follow our laws of physics

Q.

You slapped someone.( Or shook hands with them) what kind of fundamental force was at play here?

1. Gravitational force

2. Muscular force

3. Electromagnetic force

4. Nuclear force

Q.

If the Electrostatic force is so much stronger than the gravitational force, how come it isn't as obvious as gravitation is around us?

1. All of these

2. Charges can be both positive and negative, so the electrostatic force can be both attractive and repulsive

3. Gravitation is unaffected by the medium

4. The electrostatic force acts strongly only at small distances

Q.

Pick the correct option - If all matter were made of electrically neutral particles such as neutrons,

1. there would be no force of friction

2. there would be no tension in the string.

3. it would not be possible to sit on a chair.

4. the earth would not move around the sun.

Q. When John Cena shook hand with Randy Orton, what kind of force they exerted?

1. Gravitational
2. Electromagnetic
3. Nuclear
4. Weak

Q. The sum of all electromagnetic forces between different particles of a system of charged particles is zero

1. only if all the particles are positively charged
2. only if all the particles are negatively charged
3. only if half the particles are positively charged and half are negatively charged
4. irrespective of the signs of the charges

Q. Which of the following is not an electromagnetic force?

1. Reaction on a body
2. Tension in a spring
3. Weight of a body
4. Elastic force in a string

Q. Let $E$, $G$ and $N$ represent the magnitudes of electromagnetic, gravitational and nuclear forces between two electrons at a given separation. Then

1. $E>N>G$
2. $G>N>E$
3. $N>E>G$
4. $E>G>N$

Q. Which of the following is not an Electromagnetic force?

1. Reaction on a body
2. Tension in a string
3. Weight of a body
4. Elastic force in a spring

Q. Let E, G and N represent the magnitudes of electromagnetic, gravitational and nuclear forces between two electrons at a given separation. Then

1. N > E > G
2. G > N > E
3. E > N > G
4. E > G > N