How does plate movement create mountains?

(1 point)
Responses

The pressure created by moving plates forces magma up through Earth's crust, forming mountains.

The pressure created by moving plates forces magma up through Earth's crust, forming mountains.

When two plates push against each other, the pressure makes the crust bend to form mountains.

When two plates push against each other, the pressure makes the crust bend to form mountains.

When plates slide against each other at faults, the pressure forms mountains.

When plates slide against each other at faults, the pressure forms mountains.

When plates move away from each other, the pressure creates mountains.

When two plates push against each other, the pressure makes the crust bend to form mountains.

As one side of Earth turns away from the sun

As one side of Earth turns away from the sun, it enters a period of darkness known as night.

Which best describes Earth’s mantle?

(1 point)
Responses

It is made up of rock so hot that it flows.

It is made up of rock so hot that it flows.

Because it is solid rock, it cannot flow.

Because it is solid rock, it cannot flow.

It is made up of metal so hot that it flows.

It is made up of metal so hot that it flows.

Because it is solid metal, it cannot flow.

Because it is solid metal, it cannot flow.

It is made up of rock so hot that it flows.

When two plates push against each other, the pressure makes the crust bend to form mountains.

The correct response is:

When two plates push against each other, the pressure makes the crust bend to form mountains.

Explanation:
Plate movement can create mountains through a process called orogeny. When two tectonic plates collide or converge, the force and pressure exerted by them push the Earth's crust upwards. This compressional force causes the crust to fold and buckle, leading to the formation of mountains. As the plates continue to collide, the compression and uplift continue, resulting in the creation of even larger mountain ranges over time. Examples of mountain ranges formed by this process include the Himalayas and the Alps.