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Universal Forces and Interactions Quiz

#1

Which force holds the nucleus of an atom together?

Strong nuclear force
Explanation

Binds nucleons in the nucleus

#2

What is the range of the gravitational force between two objects?

Infinite
Explanation

Extends indefinitely

#3

Which of the following is NOT a fundamental force?

Frictional force
Explanation

Arises due to surface interactions

#4

What property of an object affects the gravitational force between it and other objects?

Mass
Explanation

Determines the magnitude of gravitational attraction

#5

Which force governs the interactions between charged particles?

Electromagnetic force
Explanation

Controls interactions between charged objects

#6

Which fundamental force is responsible for holding planets in orbit around stars?

Gravitational force
Explanation

Dominates on astronomical scales

#7

What is the relative strength of the electromagnetic force compared to gravity?

Stronger
Explanation

Much stronger on atomic scales

#8

What particles are exchanged to mediate the electromagnetic force?

Photons
Explanation

Exchange particles for electromagnetic interactions

#9

What type of particles are involved in the weak nuclear force?

Neutrinos and antineutrinos
Explanation

Participating particles in weak interactions

#10

What happens to the strength of the electromagnetic force between two charged particles as they move farther apart?

Decreases
Explanation

Weakens with increasing distance

#11

Which force is responsible for beta decay in radioactive elements?

Weak nuclear force
Explanation

Mediates beta decay processes

#12

What is the carrier particle of the strong nuclear force?

Gluon
Explanation

Mediates interactions between quarks

#13

Which force is responsible for the decay of a neutron into a proton?

Weak nuclear force
Explanation

Causes neutron decay

#14

What is the relative strength of the weak nuclear force compared to gravity?

Much stronger
Explanation

Many orders of magnitude stronger on subatomic scales

#15

Which force is responsible for the attraction between quarks within a proton or neutron?

Strong nuclear force
Explanation

Binds quarks in hadrons

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