Total distance ÷ elapsed time =Average speed
Answer:
Rocks beneath the surface are forced toward the mantle
Magma pockets rise, increasing heat.
Temperature and pressure cause to change minerals
Explanation:
Metamorphic rocks are those that originate from the transformation of an existing rock, called a protolite. In the formation of the metamorphic rock it is necessary that the protolite undergoes several processes of chemical and physical chemical nature, called metamorphism, which causes a change in the structure and minerals of the protolite, forming a new rock, the metabolic rock.
In summary, we can say that during the metamorphism rocks beneath the surface are forced toward the mantle. This increases pressure and heat. Magma pockets rise, increasing heat. Temperature and pressure cause to change minerals
Answer:
Product contamination
Explanation:
Maria notices a price reduction on a makeup kit she has wanted for a long time. She buys it, but when she gets home and begins to take it out of the box, she notices that the kit has already been opened. This makes her feel that it might have been used by somebody else earlier, and she feels uneasy. The given scenario exemplifies product contamination.
Product contamination refer to an act of process whereby a product has been tempered with, exposed or contaminate whether as a result of simple human errors, negligence,or criminal act.
The correct answer to this open question is the following.
Although there are not options provided, we can say that Fairview and Washington are the same distance from the equator, and both cities are near the ocean. The air temperature is in Fairview is colder than in Washington. What causes the air temperature in these places to be so different is the following: scientists identify that the two cities have different air temperatures. This difference is due to ocean currents. These ocean currents come from different directions that pass these two cities.
Ocean currents have a direct influence on humans life because ocean currents directly impact sea life, the environment, and the weather. Ocean currents are the result of water density, tides, winds, and of course, the rotation of planet Earth.
