Earth's Processes
Flow of Energy
Chemistry and Matter
Human Impact on Earth
100

The process where Earth's plates are moving.

What is plate tectonics?

100

What is the original source of energy for most food chains?

The sun

100

What is the positively charged part of an atom called? 

Proton

100

Name one fossil fuel

Coal, oil, or natural gas

200

 Process breaking rocks into smaller pieces

Weathering 

200

What organism makes its own food?  

Producers

200

Characteristics that can be observed or measured without changing chemical identity 

Physical Propery

200

What are the gasses called that are released into the atmosphere that can cause heat to be reflected?

Greenhouse gasses

300

Name two different plate boundaries

Transform, convergent, divergent 

300

What is the process where plants make their own food?

Photosynthesis

300

What is made in a chemical reaction

products

300

What type of material is made by humans through chemical processes

synthetic materials 

400

What are the three different types of rocks and explain how one type is created.

Igneous, Metamorphic, and Sedimentary


400

 In a food chain, why is there less energy available at higher levels?

Energy is lost as heat and used by organisms

400

What happens to heat in an exothermic reaction?

Heat is released

400

Explain the difference between renewable and non renewable resources

Renewable can be used again and again nonrenewable takes a long time to be replaced. 

500

Explain how weathering, erosion, and deposition work together to change Earth’s surface.

Weathering breaks down rock, erosion moves it, and deposition drops it in a new location.

500

 A hawk eats a snake, which ate a mouse, which ate grass. Which organism receives the least energy?

The hawk

500

Compare a physical change and a chemical change and give an example of each

Physical changes alter appearance but not identity (melting ice); chemical changes create a new substance (rusting iron).

500

Explain how increased greenhouse gases can affect both Earth’s climate and ocean life

They increase global temperatures, warm oceans, contribute to ocean acidification, and harm marine organisms.