Answer:
A) A test with a high cost may also be of high value.
Explanation:
A test's cost add up to the time spent in preparing that test. S much time might have really been spent on it like researching, sitting, time spent, revaluation of the test, as well as other contributions made for the execution of that test. The value of the test can be evaluated to the resources spent for the test. When a test has a high cost, it may also have a high value depending on some variables relating to both the cost of the test as well as its value. Also, every individual's primary objective is usually cost minimization and profit maximization in every thing he does irrespective of type or structure.
Answer:
Lynn will receive $63,754 at the end of 8 years.
Explanation:
Future value is the sum of value of principal invested and compounded return received over the investment period.
Using following formula of future value to calculate the required interest rate.
FV = PV x ( 1 + r )^n
PV = Present value = $40,000
n = number of years = 8 years
r = Interest rate = 6%
FV = Future value = ?
FV = $40,000 x ( 1 + 6% )^8 = $63,754
Answer:
B. the demand for a product and its price has a direct relationship
Explanation:
demand comes from the price which ultimately effects the proportions with the consumers purchasing the product. if the product is good enough with a fair price to come with it, the demand will increase, or if a product becomes more scarce the demand for it will increase along with the price raising.
Answer:
Bond Price= $1,081.1
Explanation:
Giving the following formula:
Face value= $1,000
Number of periods= 5*2= 10 semesters
Coupon= (0.1/2)*1,000= $50
YTM= 0.08/2= 0.04
<u>To calculate the price of the bond, we need to use the following formula:</u>
<u></u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 50*{[1 - (1.04^-10)] / 0.04} + [1,000 / (1.04^10)]
Bond Price= 405.54 + 675.56
Bond Price= $1,081.1
