What do all volcanoes have in common?

Question

the size of the volcanic crater

the flowing energy from Earth's interior

the period of its activity and dormancy

the amount of energy they give off in eruption

Answer 1

All volcanoes have in common the flowing energy from Earth's interior and the amount of energy they give off in eruption.

Answer 2

which option is it?

Answer 3

I apologize for the confusion. The correct answer is:

All volcanoes have in common the flowing energy from Earth's interior and the amount of energy they give off in eruption.

Answer 4

choose one

Answer 5

If I have to choose one option, the most accurate answer would be:

All volcanoes have in common the flowing energy from Earth's interior.

Answer 6

What is the result when the less dense particles in a liquid rise?

Circular up and down motion occurs

The particles sink to the bottom

The liquid becomes more dense

The liquid freezes

Answer 7

The result when the less dense particles in a liquid rise is:

Circular up and down motion occurs.

Answer 8

What process is responsible for the flow of magma through a volcano?

Solar radiation absorption

Tidal forces from the moon

Convection currents within the mantle

Radioactive decay of elements

Answer 9

The process responsible for the flow of magma through a volcano is:

Convection currents within the mantle.

Answer 10

What is the primary function of convection currents with Earth's mantle?

Generate solar radiation

Form mountain ranges

Create earthquakes

Move thermal energy within Earth's mantle

Answer 11

The primary function of convection currents within Earth's mantle is to:

Move thermal energy within Earth's mantle.