Weathering, Erosion, Deposition and the Rock Cycle

Wind and rain break down rock.

• False

• True

• Rocks do not break

• Only wind can break rock

• Only rain can break rock.\

Tags

NGSS.MS-ESS2-2

What happens when sediment eroded by water, ice, and wind slows down or stops moving?

• The sediment is deposited in a new location.

• The sediment erodes.

• The sediment instantly turns to soil.

• The sediment mixes with other sediment to become rock.

Tags

NGSS.MS-ESS2-2

NGSS.MS-ESS2-1

Where does erosion occur in a river?

• Erosion occurs where fast-moving river water picks up soil and moves it downstream.

• Erosion occurs where the river current slows as it enters a larger body of water and drops soil.

• Erosion occurs when rocks hit against each other in the water.

Tags

NGSS.MS-ESS2-2

Deposition from rivers occur when...

• Fast-moving river water picks up soil and moves it

• The river current slows as it enters a large body of water and drops the soil.

• When large river rocks hit against eachother

Chemical weathering happens fastest under what conditions?

• low temperature

• abundant water

• glaciation

• sparce plant growth

How is water a weathering agent?

• it is not a weathering agent

• it grows on rocks and breaks them apart

• it grinds and polishes rocks

• it disolves minerals in the rocks

Tags

NGSS.MS-ESS2-2

_______________ determains the amount of runoff.

• the plants or vegitation

• the amount of rain

• the slope of the land

• all of the answers determain the amount of runoff

Physical or Mechanical weathering ___________________.

• occurs when chemical reactions dissolve or change the minerals in rocks

• occurs when iron is exposed to oxygen and water

• breaks apart rocks by physical processes

Chemical weathering____

• is caused by freezing and thawing

• breaks apart rocks by physical processes

• occurs when chemical reactions dissolve or change the minerals in rocks

Sedimentary rocks are changed into sediments by...

• Compaction

• cementation

• weathering and erosion

• heat and pressure