Answer:
Marketing
Explanation:
There are various explanations for the term Marketing. It is essentially a group of activities aimed at creating a valuable customer relationship. Unlike traditional approaches which planned their activities based on what the customers would buy, the Marketing approach takes decisions based on wht the customer wants/needs. It places customer at the center and all the activities revolve around them.
There are 6 requirements for a verbal contract:
An offer. -- they had this
An acceptance. -- the contract was accepted
Competent parties who have the legal capacity to contract. - they both have the right to make this decision
Lawful subject matter. this is not an illegal operation
Mutuality of obligation. Both parties are obligated to do something in this case.
Consideration. if there were discussions of payment, then yes this is a legally enforceable contract.
Answer:
8.20%
Explanation:
Debt equity ratio = 0.95
or
Debt = 0.95 × equity
Cost of equity, ke = 11% or 0.11
Pretax cost of debt, kd = 7% or 0.07
Tax rate = 24% or 0.24
Therefore;
WACC = {Weight of equity × ke } + {Weight of debt × kd × (1-Tax rate)}
It is to be noted that ;
Weight of equity = Equity ÷ (Debt + Equity)
= Equity ÷ ( 0.95×Equity + Equity)
=1 ÷ 1.95
=0.513
Also,
Weight of debt = Debt ÷ ( Debt + Equity)
=0.95 × Equity ÷ ( 0.95 × Equity + Equity)
= 0.95 ÷ 1.95
=0.487
Hence,
WACC = {0.513 × 0.11} + {0.487 × 0.07 × (1-0.24)}
= {0.05643} + {0.03409 × 0.76}
= 0.0823384
or
0.0823384 × 100%
=8.23384
=8.20%
<span>(D) is the most correct answer. When the weather is bad, this will shift the supply curve of (mostly inelastic) farm goods to the left. This will, in turn, raise the equilibrium price that farmers will be able to receive for the products. All else equal, this will raise the overall profit that the farmers will receive, even in times of bad weather.</span>
Answer:
c. 24.78%
Explanation:
For computing the expected standard deviation first we have to find out the expected rate of return which is shown below:
Expected rate of return = Respective return × Respective probability
=(0.4 × -10) + (0.2 × 10) + (0.4 × 45)
= 16%
Now we have to find out the total probability which is shown below:
Probability Return Probability × (Return - Expected Return)^2
0.4 -10 0.4 × (-10-16)^2 = 270.4
0.2 10 0.2 × (10 - 16)^2 = 7.2
0.4 45 0.4 × (45 - 16)^2 = 336.4
Total = 614%
As we know that
So
Standard deviation= [Total probability × (Return - Expected Return)^2 ÷ Total probability]^(1 ÷2)
= (614)^(1 ÷ 2)
= 24.78%
