click below
click below
Normal Size Small Size show me how
Mi-STAR Unit 6.1
Vocabulary for Mi-STAR Unit 6.1 (water cycle unit)🩵
Question | Answer |
---|---|
The reservoirs in the water cycle are... | Animals, buildings, glaciers, groundwater, lakes, land, oceans, pavement, and plants |
The processes of the water cycle are | Condensation, evaporation, infiltration, groundwater movement, precipitation, transpiration, melting, and freezing |
The drivers of the water cycle are... | Gravity and thermal energy |
We indicate more/less water in a model by using... | Different sized arrows |
What does every model have to have? | A key/legend, arrows, input(s), and output(s) |
What makes water change state? | Thermal energy |
What are the states of matter? | Solid, liquid, and gas |
What is relative spacing? | It describes how close or far the particles are in a solid, liquid, or gas |
Solid particles are... | Close together. The particles are locked in place and don't move much |
Liquids particles are... | Often touching. They move more than solids; not locked into place |
Gas particles are... | Very spaced out. They move in many directions |
Reservoir | A man-made or natural storage of water |
Infiltration | When water seeps through the ground (often soil or sand) |
Groundwater | Water below the surface of the earth; underground water. Comes from infiltrated or precipitated water |
Energy driver | A source of energy that causes water to move |
Precipitation | Water that falls from clouds (rain, snow, sleet, or hail) |
Evaporation | Water that gets heated up by the sun and becomes a gas |
Condensation | Gas that becomes a liquid due to a decrease in temperature/thermal energy |
Transpiration | Water from the soil that gets absorbed by plants. The plants release the water as a gas (much like evaporation) |
Constraint | A list of items or rules that you must have for a good solution |
Criteria | A set of suggestions on a rating scale to help make a solution better |
What direction does each driver move water? | Gravity moves water down, whereas thermal energy pulls it up. |