Answer:
You should pay $84.42 today for the bond.
Explanation:
bond price = value of bond/[(1 + interest rate)^number of years]
= $100/[(1 + 1.9%)^9]
= $100/(1.185)
= $84.42
Therefore, You should pay $84.42 today for the bond.
The answer is interest. whenever you take a car loan from a bank or a financial institution, you always have to pay interest on the amount borrowed or the principal amount. the interest is how the financial institution or bank will earn through lending money
Answer:
A. 15 units
B. $130
Explanation:
In order to solve this, we need to use the profit maximization condition for monopoly.
MR = MC will give us the optimal quantity and price for the monopolist.
The consumer's demand for the product is:
Qd = 80 - 0.5P
Therefore, we have:
P = (80 / 0.5) - (Qd / 0.5)
P = 160 - 2Qd
Recall that, Total Revenue:
TR = P * Q
So, in this case TR = 160Q - 2Q^2
MR = d(TR) / dQ = 160 - 4Q
Now, MR = MC
160 - 4Q = 100
4Q = 160 - 100
4Q = 60
Q = 60 / 4
Q = 15 units.
Now, P =160 - 2Q
P = 160 - 2(15)
P = 160 - 30 = 130
The optimal number of units to be placed in a package will therefore be 15 units while the firm should charge $130 for this package.
Answer: $3.10
Explanation:
The actual price per pound of direct materials purchased in June will be calculated as follows:
Let the actual price be represented by x.
Material price variance is calculated as:
= (standard price-actual price) × actual quantity
-2000 = (3 × 20000) - 20000x
-2000 = 60000 - 20000x
20000x = 60000 + 2000
20000x = 62000
x = 62000/20000
x = 3.1
Therefore, the actual price per pound of direct material bought in June is $3.10
