Answer:
C. decreased by $40 billion
Explanation:
For computing the lending ability, first we have to determine the money multiplier which is shown below:
We know that
Money multiplier = 1 ÷ reserve ratio
= 1 ÷ 20%
= 5
So, the total cash would be
= $10 billion × $5
= $50 million
Now the lending ability would be
=$50 billion × (1 - 20%)
= $50 billion × 0.80
= $40 billion
True, A lot of estimates go into the final calculation to determine market size, and each component needs to be as precise as possible. Otherwise, the errors in the estimation get compounded.
What does market size actually mean?
- The total number of prospective customers for a good or service inside a certain market, along with the potential revenue from those sales, make up the "market size."
- For a number of reasons, it's critical to determine and comprehend market size.
What is an example of market size?
- For instance, a shoe company might find 100,000 people who are interested in its product, but data on income and accessibility reveals that only half of them have the resources to make a purchase.
- The market that is open in that situation has 50,000 potential customers.
Learn more about market size
brainly.com/question/15062891
#SPJ4
Answer:
Contribution margin per unit: $42.9
Total contribution margin: $8,580
Explanation:
The contribution margin per unit is calculated by calculating the total contribution margin, which is basically the total sales, minus the costs of production, in this cae we have that we sold:
60 regular chairs
140 executive charis
Now the total in sales is:
Regular sales: $6,000
Executive chairs: $23,800
The variable cost of each is:
Regular chairs: $3720
Executive chairs: $17,500
We add up the sales and withdraw from it the total variable cost:
29,800-21,220=8,850
The total contribution margin is equal to $8850.
And the contribution margin per unit is given by dividing the total contribution margin by the number of units sold:
8850/200= 42.9
So the contribution margin per unit is 42.9 dollars.
Current output Y = AK^(alfal)L^(1- alfa)
Here A = 100
K= 50,000
L = 100
a ( Alfa) =o.33
Y= 100*(50,000)^0.33*(100)^0.66= 5642.296
Calculus. The analysis is the most common type of mathematics in economics. Calculus uses a variety of formulas to measure limits, functions, and derivatives. Many economists use calculus in measuring economic information.
Mathematics and Economics are complementary fields. Most areas of modern economics make extensive use of mathematics and statistics, and several important areas of mathematical research have been motivated by economic problems.
No. Economics Mathematics is not difficult. Economics is not a particularly difficult undergraduate subject. ...but the most prepared economics majors choose to take mathematics courses at roughly the same level as mathematics majors, and many even choose to double major.
Learn more about Current here;
brainly.com/question/25759088
#SPJ4
