Energy
Water
Air
Climate Change
Misc.
100
Power harvested from sunlight often through photovoltaic panels and converted into electricity.
What is solar power.
100

Sections of soil that are permanently frozen or have a temperature of less than 0°C or lower for 2 years

Permafrost

100

Primary gas released into the atmosphere from industrial and automotive emissions responsible for global warming

What is carbon dioxide (CO2)

100

The effect of some of energy from the that is reflected by ice, clouds, and other light-coloured surfaces.

The albedo effect

100

What is the climate tipping point for the earth?

1.5 degrees celsius

200
Non-renewable resources derived from dead organic material (i.e. plants and dinosaurs) that has been compressed over thousands of years and extracted for energy consumption.
What are fossil fuels. (Oil, coal, natural gas)
200

Difference between: Pack Ice and Glaciers

Pack ice is the floating ice on the oceans around the north and south poles

Glaciers do not float on water. they lie on land. They are formed from compressed snow and pressure causes surplus ice to leak out around the edges of the glacier

200

The 5 divisions of the Atmosphere in order

Troposphere, Stratosphere, Mesosphere, Thermosphere, Exopshere

200

What causes our atmosphere to retain heat

Greenhouse effect

200

Difference between: high and low pressure systems

High pressure systems (aka Anticyclones) prevent cloud-forming movements and the weather is stable: dry and sunny in the summer and cold in the winter

Low pressure systems (aka Depressions). When a depression forms the rising air encourages cloud formation which results in precipitation

300
This energy source became even more controversial after the 2011 Fukushima disaster in Japan. Power is produced by splitting uranium atoms through a process called fission that produces heat which creates steam used to power a turbine.
What is nuclear power.
300

The continuous circulation of water as it evaporates from the land and sea, enters the atmosphere, condenses and precipitates to the earth's surface, then moves underground by infiltration.

What is the water cycle.

300

What are the prevailing winds? Why are they important?

Major atomospheric currents that blow in a given direction to global patterns of movement. They play a major role in weather phenomena and dictate the direction of most weather

300

Sulfur dioxide and nitrogen oxides emitted from industries and cars combine with precipitation in the atmosphere to form this.

What is acid rain

300

Energy that relies on the circulation of fluid into the ground near magma cores that is then resurfaced

Geothermal

400

What are the disadvantages of wind energy

Cannot be stored, unreliable/unpredictable, disrupt landscapes, birds can collide with the turbines, produce sound pollution

400

An area of land where any groundwater underneath of it or precipitation that falls on it drains into one river, basin, or sea.

What is a watershed

400

Explain and the draw the Coriolis Effect

The rotation of the earth changes their trajectory of air masses through what is called the Coriolis effect. The Coriolis effect causes winds to deviate to the right in the northern hemisphere and to the left in the southern hemisphere

400

The difference between: Weather and Climate

Climate is the average weather conditions (temperature & precipitation) that take place over decades of time.

Weather is a short-term change in temperature, precipitation, etc. that takes place over the course of a few days.

400

What factors effect tidal range

shape and slope of the coastline, depth of the water, and distance of the Moon and Sun from the earth

500

Energy that requires a minimum of a 5 m range for use

Tidal

500

Difference between: Surface Currents and Subsurface Currents

Surface currents are mostly wind-driven. They move horizontally, usually in the first 400 m of water below the surface.

Subsurface Currents: At depths greater than 800 m, these currents are therefore caused by the variations in density between the water layers, with more dense layers at the bottom.

500

Name the 3 main circulation cells

The Hadley Cell, the Ferrel Cell, and the Polar Cell

500

4 main greenhouse gases

Carbon dioxide, NOx, Sulfur dioxide and methane
500

A concentration of 13.5 ppm of mercury is found in a body of water with a mass of 150.8 kg. What mass of mercury is in the water in grams?

2.035 g