Answer:
See Explanation
Explanation:
Given
The histogram
Required
The class width
The question is poorly formatted, as the histogram cannot be read. So, I will answer your question with the attached histogram
The class width is:
Using the first class, as reference:
So, the class width is:
Answer:
C. not change, and the price received by sellers will not change.
Explanation:
Because previously there was a tax of the same ammoutn nothing will change. The sellers will will transfer the tax into the price therefore, the after-tax proceeds will not change netiher the selling price. The same effect of the consumer tax will occur again, some or the entire tax will be pay for the seller or the consumer based on the elasticity of the supply and demand curve.
The effect of chaging the law will not alter the economic reality of translate taxes into consumers
Answer:
hazard risk.
Explanation:
When someone buys risk insurance, they aim to protect themselves against disaster risk. The insurance protects against risks of natural disasters, landslides, fires, and others that are provided for in policies. Through insurance, the individual will receive a financial amount to cover any damage provided for in the contract.
The opportunity cost is stated in relative pricing, that is, the price of one option in comparison to another.
When there are numerous vendors in a market but no one is significant enough to control the price of a product. Because both items must be produced, the relative price must match the opportunity cost. If the opportunity cost of one good is lower in the home country than so will be the relative price.
As bananas cost $0.90 per kg, so, if a toothpaste is for $2.25, we are forgoing 2.25 kgs banana (2.25/0.9). Thus, the opportunity cost is 2.5 kg bananas which is equal to the relative price of bananas.
Therefore, relative price is an opportunity cost.
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Answer:
65000 units
Explanation:
Given:
Expected sales of product W in April = 60000 units
Expected sales of product W in May = 75000 units
Expected sales of product W in June = 70000 units
Inventory in hand at the end of each month = 40% of the next month's expected sale
Inventory expected at the end of the April = 40% of the expected sales in May
or
Inventory expected at the end of the April = 0.4 × 75000 = 30000 units
Therefore, the total units required in April = Expected sales of product W in April + Inventory expected at the end of the April
or
the total units required in April = 60000 + 30000 = 90000 units
Now,
Excessive production in March (inventory) = 25000 units
Hence, the units required to be produced in April = the total units required in April - Excessive production in March (inventory)
or
the units required to be produced in April = 90000 - 25000 = 65000 units
