Answer:
Explanation:
The base pay rate is about 350,000 Aus dollars. This morning the Aus$ had an exchange rate of 1 Aus$ = 0.7001 US dollars, so that means the base rate is about 0.7 * 350000 = 245,000 US dollars. I don't know what the 6 years does to the equation.
Answer:
Monthly payment is $840.12
Explanation:
we are given: $70000 which is the present value of the loan Pv
12% compounded monthly where the interest rate is adjusted to monthly where i = 12%/12
the period in which the loan will be repaid in 15years which contain 15x12 = 180 monthly payments which is n
we want to solve for C the monthly loan repayments on the formula for present value as we are looking for future periodic payments.
Pv = C[((1- (1+i)^-n)/i] thereafter we substitute the above mentioned values and soolve for C.
$70000= C[((1-(1+(12%/12))^-180))/(12%/12)] then compute the part that multiplies C in brackets and divide by it both sides.
$70000/83.32166399 = C then you get the monthly loan repayments
C = $840.12 which is the monthly repayments of the $70000 loan.
Answer:
Cheeses from England.
Explanation:
First, let us define what Marketing Mix is:
- This refers to the number of strategies a company employs to promote its goods and services in the market. The four Ps of the marketing mix include Product, Price, Place and Promotion.
The goal of a marketing strategy is to create awareness among the target audience.
Feedback and surveys are ways in which a company informs its marketing mix strategy. Therefore, if it has been determined from the customer feedback from company surveys and cheese tasting that the Product the customers prefer is Cheese from England, then that is what should be produced and promoted.
It cannot be over emphasized that companies are in business because of the customers, so their opinion takes precedence, as the saying goes, customer is always right. Therefore, if the need of the customer is not met, the company will make no profits.
The company president and product director will have to do what the customer wants.
Answer:
the expected return on the portfolio is 14.77%
Explanation:
The computation of the expected return on the portfolio is shown below:
The expected return is
= ($1,600 ÷ $4,300) × 11% + ($2,700 ÷ $4,300) × 17%
= 14.767 %
= 14.77%
The $4,300 comes from
= $1,600 + $2,700
= $4,300
hence, the expected return on the portfolio is 14.77%
The same is considered
