...................... are natural features on Earth’s surface.

................... is the process of carrying away weathered bits of rock.

Weak acid, plants and animals can cause………………………….

………………..…… is laying down ( settling ) of pieces of rocks

Chemicals, wind, ice and temperature cause weathering over a …………………………..

When rivers that are full of deposited materials flow into the ocean they form ……………………

Which landform is the result of deposition by the wind?

............. is a break or crack in rocks where Earth’s crust can suddenly move.

.............. is water covering normally dry land.

................... is a period of unusually low rain or snowfall.

Slow-moving rocks along a fault can get stuck. What can they cause when they suddenly move?

What is melted, or molten, rock below Earth's surface called?

Which of the following is the best example of a slow change to Earth's surface?

Which of the following is the best example of a slow change to Earth's surface?

Which of the following is the best example of a slow change to Earth's surface?

Which of the following is the best example of a rapid change to Earth's surface?

The rapid downhill movement of large amount of rock and soil is ……………………..

Which of the following is the best example of a rapid change to Earth's surface?

The crust and the top of the mantle are divided into very large pieces called ………………………….

The point of Earth’s surface that is directly above the focus is called…………………

Where do earthquakes occur (happen)?

............. is a large body of slowly moving ice.

............. is flowing fresh water that moves downhill.

...................... is any water that is underground.

Where is most of Earth's fresh water found?

About ¾ of Earth's surface is covered with water. How much of this water is fresh water?

Where are most of Earth's liquid fresh water found?

.............. is the process of water vapor becoming liquid water.

.............. is the movement of water from Earth’s surface to its atmosphere and back again.

How does the process of evaporation change water?

The illustration shows how water moves from place to place on Earth. Which source of energy causes most of this movement?

Which set of steps, in the order listed, could move water from the ocean, to the atmosphere, and then back to the ocean again?

Temperature has no effect on water’s phase.

The water cycle is the result of weather and climate.

Ocean water, river water, and well water are all types of surface water.

Most of the water on Earth is ready to be used directly for drinking.

Drought can destroy farmland and kill trees and plants.

In the earthquake, the damage is often greater near the epicenter.

Landslides, floods and drought change Earth’s surface slowly.

Plates of the Earth’s crust don’t move.

Volcanoes and earthquakes can cause tsunamis.

An earthquake begins at the epicenter.

A volcanic eruption can rapidly change Earth’s surface.

In physical weathering new kind of rocks are formed.

Warmer areas have more chemical weathering than colder areas.

Weathering and erosion change Earth rapidly.

Ice takes up more space than water does.

When the rocks get hotter, they contract or get smaller.

In deposition, as water moves slowly, the larger pebbles in the water settle in the bottom.

Temperature can cause both physical and chemical weathering.

Plateaus, plains, valleys and canyons are landforms.

Plants and animals can cause weathering.

Landforms cause weathering.