The opening or introduction of your presentation is the ideal time to introduce the hypothesis. The tentative solutions are important about the presentation.
<h3 /><h3>What is a hypothesis?</h3>
A hypothesis is a theory that is put up as a potential explanation for a certain circumstance or condition but has not yet been shown to be true. Scientists can design a straightforward laboratory experiment to verify this theory.
In the context of science, a hypothesis is an assertion based on current knowledge that is appropriate for describing a particular phenomenon but whose validity has not been established or has not been independently tested.
Typically, the researcher's hypothesis is referred to as the alternative hypothesis, and any other result is referred to as the null hypothesis, or, more simply put, the opposite result from what was predicted.
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<span>If supply for a product is high but demand is low, the one that most likely needs to happen to achieve equilibrium is: B. The price of the product must go down.
High supply of product will create an abundance in the market. By lowering the price of the product, it will attract more consumers for that product (icnreasing its demand) and will eventually lower the product abundance and bring the curve into equilibrium</span>
The process adopted by the university in inviting its wealthiest alumni to join the board is an example of Co-optation.
<h3>What is
Co-optation?</h3>
In business term, the term "Co-optation" is a process adopted by a firm by acculturating a smaller group with related interests because they will gain some values collectively therein.
In conclusion, the process that is adopted by the university in inviting its wealthiest alumni to join the board is an example of Co-optation.
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In order to find out the percentage of increase, first you need to find out the difference between initial units and the ending units, in this case:
150 - 100 = 50 units
After that, you need to do this calculation:
50 units/ 100 units x 100%
= 0.5 x 100 %
= 50% increases
Answer:
If the price of wheat does not rise in the long run, the farmer should stop the production of wheat.
Explanation:
given data
MC = MR.
average total cost of producing wheat = $26
price of wheat = $10
solution
As long as the cost of a bushel of wheat ($ 6) exceeds the variable production cost of a bushel of wheat ($ 4), the farmer should continue to produce wheat. He loses $ 2 per bushel, but loses $ 4 if he stops producing wheat.
If the price of wheat does not rise in the long run, the farmer should stop the production of wheat.
