Answer:
Reserve requirement = 20% or 0.250
Simple money multiplier = 1/Reserve Ratio = 1/0.2 = 5
Note that,
Increase in money supply = Increase in total reserves * Simple money multiplier
$100 Billion = Increase in total reserves * 5
Increase in total reserves = $20 billion
This means that the federal reserve should decrease the reserve requirement by purchasing $20 billion worth of US government bonds from banks, which will lead to increase of $100 billion in money supply.
<span>A product used in this way is known as a Benchmark Item.
Benchmark item refers to the type of product that is used as a standard when we want to compare it another similar product.
By seeing the price of Burger in this particular situation, Jason could predict the price of other product that being sold in that place.</span>
Answer:
$36,000
Explanation:
Calculation to determine what the segment margin for Product P was
Using this formula
Net operating profit= (Segment margin Q + Segment margin P) - Common fixed expenses
Let plug in the formula
28,000= (52,000 + segment margin P) -60,000
88,000= 52,000 + segment margin P
36,000= segment margin P
Therefore the segment margin for Product P was:$36,000
If the government should impose the per unit tax, the parts that would be affected are the average variable cost and the average cost
<h3>What is the per Unit tax?</h3>
This is the tax that is imposed per unit or on each unit of a good that has being sold or a service that has been rendered.
This is the type of tax that would affect the average variable cost and the average cost.
This type of tax is one that is proportional to the unit of the good sold. This is in terms of the quantity sold and not the price that was used to sell the good.
Read more on tax here:
brainly.com/question/25783927
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Answer:
210
Explanation:
- The number of race cars = N₁ = 3
- The number of gasoline brands = N₂ = 5
- The number of test sites = N₃ = 7
- The number of drivers that participated = N₄ = 2
This study must include each N₁, and it has to be done at each N₃, using each N₂, while carried out by each N₄ ⇒ that means that the total number of possibilities:
N₁ x N₃ x N₂ x N₄ = 3 x 7 x 5 x 2 = 210
The total number of test runs is 210.
