Answer:
B. The total interest = $4.35
Explanation:
The first question to answer, is what is the present value of the annuity of the loan and then based on that the total interest can be calculated.
<h2>Present value of annuity= A x [(1-(1+r)-n)/r]*(1+r) </h2>
Where the A represents Annuity = or $20
The r represents the rate or 1.5%
and the n represents the number of periods which is 6 months
Calculating the value =
= 20 x [(1-1.015^-6)/0.015]*1.015
= 20 x [(1-0.91454219251)/0.015]*1.015
= 20*5.782644973
=$115.65
Now that the loan amount is known, the Total Interest can be calculated as follows
Total Interest= number of payments x monthly payments) - the loan amount (calculated above)
= 20 x 6 -115.65
= 120-115.65
The total interest = $4.35
Answer:
false
Explanation:
thanks to expanded communications and the relaxation of many legal barriers, investors can buy securities from companies anywhere in the world.
Answer:
Missing word <em>"You are now 18 years old and are allowed to withdraw the money for the first time. The account currently has $3996 in it and pays an 8% interest rate."</em>
a. At 18 years, future value of current amount (compounded for another 7 years at 8%)
= $3,996 * (1.08)^7
= $3,996 * 1.7138
= $6,848.34
b. At age 65, future value of this amount (compounded for another 40 years at 8%)
= $6,848.44 * (1.08)^40
= $6,848.44 * 21.7245
= $148,779.93
c. Future Value = Present Value * (1 + Interest Rate)^n
So, let initial the money deposited be represented by Y
=> $3,996 = Y * (1.08)^18
=> $3,996 = Y * 3.996
Y = $3,996 / 3.996
Y = $1,000
Answer:
Statement true for Imperfect Competition Markets
Explanation:
Marginal Revenue Product is additional revenue due to hiring of additional input, it is product of marginal product & marginal revenue = MP x MR
Value Marginal Product is money value of additional production with additional input, product of marginal product (MP) & price (AR), = MP x AR
Input demand curves are derived demand curves, derived from demand of final goods. In perfect competition, demand is perfectly inelastic & horizontal, AR = MR, so MRP = VMP in this case. In imperfect competition market (oligopoly, monopoly etc) - MR < AR, so MRP < VMP in this case.
Consider the demand equation q=20,000 p^(-1.4). if the cost of production is constant at $0.50 per unit $1.75 is the optimal price to maximize profit.
The income maximization system depends on income general sales overall fee. consequently, a firm maximizes earnings while MR = MC, that is the primary order, and the second order depends on the first order. This idea differs from wealth maximization in phrases of length for income earnings and the company's goals.
Calculation,
The demand equation q=20,000 p^(-1.4)
The production constant is $0.50
maximum profit= $1.75
The choicest charge is that charge point at which the total earnings of the seller are maximized. while the rate is just too low the vendor is shifting a big quantity of devices but income is the best possible combination of income. Examples of income maximizations like this encompass: discovering less expensive raw materials than those presently used. discover a provider that gives better charges for inventory purchases. locate product resources with decreased delivery prices. lessen labor expenses.
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