Answer:
$98.02
Explanation:
Data provided in the question:
Value of contract = $1,330
Maximum value = $86
Minimum value = $65
Exercise price = $78
Risk-free rate = 3%
Now,
Current value of stock = 
also,
a standard contract has 100 shares
thus,
Call price = Value of contract ÷ 100 shares
or
Call price = $1,330 ÷ 100 = $13.30
Thus,
Current value of stock = 
or
Current value of stock = ( 2.625 × $13.30 ) + $63.1068
= $98.0193 ≈ $98.02
Answer:
The amount in the account on the 18th birthday = $ 25,645.41
Explanation:
<em>The investment can be described as an ordinary annuity. An ordinary annuity is a series of equal periodic cash flows that occur for a certain number of years</em>
<em>The amount the invest will accrue principal plus interest is known as the f</em><u><em>uture value</em></u><em> of the annuity</em>
It is determined as follows:
<em>FV = A × ( (1+r)^n -1 ) / r</em>
FV - ?, A = 1000. r - 4%- 0.04, n - 18
FV = 1,000× ( ( (1.04)^(18) - 1 )/ 0.04
= 1,000 × 25.64541288
= $ 25,645.41
The amount in the account on the 18th birthday = $ 25,645.41
Answer:
D. Through the government purchases multiplier, the $1 increase in government spending will lead to an increase in aggregate demand and national income, which will lead to an increase in induced spending.
Explanation:
We know,
Multiplier = Changing real equilibrium GDP ÷Change of government spending.
If we increase the multiplier, government spending will lead to an increase in aggregate demand that is potential GDP is higher than actual GDP and national income, which will lead to an increase in induced spending. Therefore option D is the correct answer as options A, B, and C do not meet the requirements.
