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Learn how to calculate density by multiplying mass with volume. Explore how intrusive igneous rocks form and commonalities among building materials, statues, jewelry, and cleaning products. Discover the thickest layer of Earth and the density, temperature, and pressure variations in Earth's layers.
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1) How is density calculated? • mass multiplied by volume • mass subtracted from volume • mass added to volume • mass divided by volume Sp. 43
1) How is density calculated? • mass multiplied by volume • mass subtracted from volume • mass added to volume • mass divided by volume
2) How do intrusive igneous rocks form? • slow cooling of magma • fast cooling of lava • slow cooling of lava • fast cooling of magma Sp. 18
2) How do intrusive igneous rocks form? • slow cooling of magma • fast cooling of lava • slow cooling of lava • fast cooling of magma
3) What do building materials, statues, jewelry and cleaning products have in common? • They all contain organic matter only. • They are renewable sources of energy. • They are formed from man-made material. • They all contain minerals. Sp. 8
3) What do building materials, statues, jewelry and cleaning products have in common? • They all contain organic matter only. • They are renewable sources of energy. • They are formed from man-made material. • They all contain minerals.
4) What is the THICKEST layer of Earth? • Crust • Mantle • Outer core • Inner core Sp. 45
4) What is the THICKEST layer of Earth? • Crust • Mantle • Outer core • Inner core
5) What is true about the density, temperature and pressure of Earth’s layers as you move from the crust to the inner core? • They all decrease with depth. • They all stay the same with depth. • They all increase with depth. • Only temperature increases with depth. Sp. 46
5) What is true about the density, temperature and pressure of Earth’s layers as you move from the crust to the inner core? • They all decrease with depth. • They all stay the same with depth. • They all increase with depth. • Only temperature increases with depth.