Answer:
maximum change in money supply is $6.67 million
Explanation:
given data
deposit = $1 million
reserve requirement = 15%
money multiplier = 6.67
to find out
maximum change in money supply
solution
we know here money multiplier is given = 6.67
so maximum change in money will be
maximum change = deposit × money multiplier
put here value
maximum change = $1 million × 6.67
maximum change = $6.67 million
so maximum change in money supply is $6.67 million
Answer:
For the most part, the employer withholds these taxes on behalf of their employees, but in cases where an employer does not do this, or where an employee is self-employed, it is the responsibility of the employee to pay these withholding taxes
Answer:
cost of equity raised by selling new common stock = 9.84%
so correct option is c. 9.84%
Explanation:
given data
D1 = $1.25
Po = $27.50
g = 5.00%
F = 6.00%
to find out
cost of equity raised by selling new common stock
solution
we will apply here cost of equity raised by selling new common stock formula that is express as
cost of equity raised =
+ g ..................1
put here value we get
cost of equity raised =
+g
cost of equity raised =
+ 5%
solve we get
cost of equity raised by selling new common stock = 9.84%
so correct option is c. 9.84%
Answer:
The present value of the annuity will be 8,215
Explanation:
This will be the case of an annuity.
There is an annuity of 450 dollars, at a 5% rate for 50 years.

c= 450
rate = 0.05
time = 50

PV = $8,215.1665
rounding to nearest dollar = $8,215
Answer:
1986 is the base year. so, the CPI of the base year is always 100%.
Option A
The value of $100 in 1993 would be = ($100/CPI of 1986) * CPI of 1993
= ($100/100) * 135
= $135
So, Option A is true.
Option B
$100 in 1992 would have been worth in 1986: ($100/CPI of 1992) * CPI of 1986
= ($100/120) * 100
= $83.33
So, Option B is false.
Option C
$100 in 1991 would have been worth in 1986: ($100/CPI of 1991) * CPI of 1986
= ($100/110) * 100
= $90.91
So, Option C is false.
Option D
The value of $100 in 1992 would be: ($100/CPI of 1993) * CPI of 1992
= ($100/135 * 120
= $88.89
So, Option D is false.