Answer:
i think it is D Beaker A is used as an experiment to see the effects of air on limestone. Beaker B is used as an experiment to determine the effects of plain water with a neutral pH on limestone. Beaker C is used as an experiment to determine how acid affects limestone. Beaker D is used as a second experiment to determine how acid of a higher concentration affects limestone compared to acid of a lower concentration. There are no controls in this experiment because a controlled experiment was not practical for this situation.
Explanation:
Approximately 32 times much more energy is released in a 6.5 Richter magnitude earthquake than in one with magnitude 5.5 earthquake
- The Richter magnitude scale is simply used to rate or measure the energy that is sent off/released. It is not a straight measure. Richter magnitude is commonly defined as a measure used in knowing the amount of energy released in course of an earthquake. Richter Scale was known to be developed by Charles F. Richter in 1934.
- The above form of earthquake-magnitude scale was said to be invented by Richter and also means a magnitude 6.5 earthquake of Richter produces 32 times more energy or is 32 times stronger than a magnitude 5.5 earthquake
From the above, we can therefore say that the answer Approximately 32 times much more energy is released in a 6.5 Richter magnitude earthquake than in one with magnitude 5.5 earthquake is correct
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Answer:
These winds are very dangerous for the farming communities because they bring in very hot and dry weather with them. They dry out the soil.
Explanation:
The best answer for the first problem is that high elevations and high latitudes have similar effect on climate.
For the second problem... I'm not entirely certain, but I believe that location B would be warmer and drier. I don't know for sure, but that would make sense, right? Since it's out of the wind, it would be warmer, and less moisture would be blown over.
