Answer:
um what..
Explanation:
not sure what you're asking
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:
96.15
Explanation:
when reacting with Na with Cl2, we calculated that the theoretical yield should be 13.0 grams. our actual yield was 12.5 grams. what is the percent yield? 96.15
The characteristic which is not native of an isosceles trapezoid is; Choice D; Adjacent angles are supplementary.
<h3>The characteristics of a trapezoid</h3>
- Only one pair of sides are parallel.
- Non-parallel sides (legs) are equal in measure.
- The diagonals are equal in measure.
- The base angles are equal in measure.
- The opposite angles are supplementary.
- The segment which joins the midpoints of the parallel sides is perpendicular to them.
- The diagonals divide each other into segments with lengths that are pairwise equal
Remarks: The answer choices are as listed below;
- A.One pair of parallel sides
- B. Diagonals are congruent
- C. Length of the midsegment is one-half the sum of the bases
- D. Adjacent angles are supplementary
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