This will ultimately depend on the bank, but no matter what it is important to look at fees, locations, services, and interest rates when considering your next bank.
Answer:
<u>No</u>
Explanation:
<em>Remember, </em>in business law, as long as both parties did not sign a contractual document, the purchase is not legal.
In this case, it could be observed that Ganze only "mailed an acceptance" not a signed document between both parties agreeing on the purchase of her antique car.
Also, the fact that she quickly sent a telegram letting Archer know that she is rejecting the offer, shows that she acted in good fate to withdraw her acceptance on time.
Answer:
The answer is $2,000
Explanation:
A monopolist is a single seller in the industry. A monopolist can influence the market price because he is the only one selling the product in the industry and has many buyers. Monopoly is an imperfect market and there are price discriminations in this market. A monopolist can charge different prices for different people.
We have first degree price discriminations, second degree price discriminations and third degree price discriminations.
Total revenue = selling price x units sold
Selling price is $100
Units sold is 20 jackets
Total revenue is therefore, $100 x 20 jackets
=$2,000
Options:A) Present value of a single amount
B) Future value of a single amount
C) Simple interest
D) Present value of an annuity
E) Future value of an annuity
Answer:B) Future value of a single amount.
Explanation: Future value of a single amount is an accounting concept used to describe how much a single lump sum of money deposited in a bank account would have grown up to after a given period of time. Future value of a single amount can be obtained by
multiplying the principal(P)*the interest rate(I) * time(t) The interest rate is expressed as a decimal.
The FV = P(1 + rt).
Future value of a single amount is usually used in calculating the total accrued amount of fixed deposits accounts,it is a single period investment.
Answer:
=> fraction of the portfolio that should be allocated to T-bills = 0.4482 = 44.82%.
=> fraction to equity = 0.5518 = 55.18%.
Explanation:
So, in this question or problem we are given the following parameters or data or information which are; that the utility function is U = E(r) – 0.5 × Aσ2 and the risk-aversion coefficient is A = 4.4.
The fraction of the portfolio that should be allocated to T-bills and its equivalent fraction to equity can be calculated by using the formula below;
The first step is to determine or Calculate the value of fraction to equity.
Hence, the fraction to equity = risk premium/(market standard deviation)^2 - risk aversion.
= 8.10% ÷ [(20.48%)^2 × 3.5 = 0.5518.
Therefore, the value for fraction of the portfolio that should be allocated to T-bills = 1 - fraction to equity = 1 - 0.5518 =0.4482 .
