| Hint | Answer | % Correct |
|---|---|---|
| Theorized that continents plates were once connected | Alfred Wegener | 100%
|
| 3. convection currents and magma | Mantle | 100%
|
| Ability for an object to reflect sunlight | Albedo | 0%
|
| 4. Swampy mountains | Appalachians | 0%
|
| 6. cold and snowy | arctic | 0%
|
| Greenhouse effect: 1. sunlight enters the ___ | atmosphere | 0%
|
| too little water, good nutrients, but water cant reach it | Calcification | 0%
|
| 5. Rocky and rocks and lotsa rocks | Canadian shield | 0%
|
| 4. ice ages, modern life and regions, 66 million years ago | cenozoic | 0%
|
| Boreal, pines, needles | coniferus | 0%
|
| Plate boundaries: 1. pushing together, creates earthquakes, mountains. Subduction is when a plate goes under another plate | Convection | 0%
|
| Magma flows under plates and moves them | convection currents | 0%
|
| Warmer locations, leafy | Deciduous | 0%
|
| 3. Rocks and stuff being built up | deposition | 0%
|
| 2. two plates move apart, creates volcanos, usually happens in ocreans | Divergent | 0%
|
| E | elevation | 0%
|
| 2. movement of rocks to new places | erosion | 0%
|
| Something happens which causes something else to happen which causes the initial thing to happen | Feedback loop | 0%
|
| 2. energy is absorbed by surfaces and ___ | gasses | 0%
|
| 4. ice sheets covering up large areas and changing the land | glaciation | 0%
|
| Prairies, tall and short grass | grasslands | 0%
|
| 3. heat is captured by _______ | greenhouse gasses | 0%
|
| 3. Wet and swampy | Hudson bay lowlands | 0%
|
| Rock cycle: 1. Lava cooling | Igneous | 0%
|
| Things you can do at home to reduce climate change | individual | 0%
|
| Layers of earth 1. hard metals and stuff | Inner core | 0%
|
| 2. prairies | Interior plains | 0%
|
| Theorized the existence of tectonic plates and that they moved | J Tuzo Wilson | 0%
|
| lake made by a glacier melting | kettle lake | 0%
|
| LOWERN. L. | latitude | 0%
|
| too much water, the nutrients go under the soil | leeching | 0%
|
| 4. tectonic plates | Lithosphere (crust) | 0%
|
| 3. dinosaurs, 250 million years ago | mesozoic | 0%
|
| 3.Other rocks get heat and pressure on it and get turned into new rocks | Metamorphic | 0%
|
| region made from a glacier moving rocks and stuff with a ridge or mound shape | Moraine | 0%
|
| arctic, mossy and lichen | moss and lichen | 0%
|
| things government and companies do to protect nature from climate change | nature | 0%
|
| N | Nearness to water | 0%
|
| O. | ocean currents | 0%
|
| 2. molten metals and stuff | Outer core | 0%
|
| 2.lush, start of life, 570 million years ago | Paleozoic | 0%
|
| Rocks below the soil break down and turn into soil | parent materal | 0%
|
| Geological history: 1. volcanic, 4.6 billion years ago | Precambrian | 0%
|
| R | relief | 0%
|
| 2.Soil and stuff collecting and getting pressured into rocks | Sedimentary | 0%
|
| things government and companies do to reduce amount of climate change | system | 0%
|
| A large flat region made of rocks and stuff from a glacier | Till plains | 0%
|
| 3. move against each other, parallel, creates earthquakes | transform | 0%
|
| Types of forces 1.Breaking down rocks from ice and snow and stuff | Weathering | 0%
|
| Landform regions, 1. mountainous | Western cordillera | 0%
|
| W | wind and air masses | 0%
|