Answer:
Best answer is B) What are the costs of transporting raw materials, components, and finished products?
Explanation:
Answer:
Truman has a higher inventory turnover ratio and Stapleton has a higher gross profit ratio ( D )
Explanation:
Truman sell a large number of common household items ( assuming 100 unit )
while Stapleton sells a small number of expensive items ( assuming 20 units )
lets assume : Truman sells at $5 per unit and Stapleton sells at $50 per unit
with the above assumptions
Truman gross profit ratio = $5 * 100 units = $500
Stapleton gross profit ratio = $50 * 20 units = $1000
from the above assumptions you can deduce that the gross profit made by Stapleton is higher although he sells a smaller amount of goods while Truman has a higher Turnover because of its higher number of sold units
Answer:
C. negotiation
Explanation:
-Computer skills are abilities that allow you to use computers and software in the right way.
-Analytical skills are abilities to evaluate information to solve problems.
-Negotiation skills are abilities that allow parties to reach an agreement.
-Business ethics skills are abilities to make good business decisions according to people's values.
According to this, the skill that Monica has is negotiation.
Answer:
Option A
Explanation:
Health standards in developed countries are much better than that of developing and underdeveloped nations. This is due to the advancement made in health infrastructure and medical technology. Also, people in developed nations are much educated to give priority to their health as compared to people living in developing or underdeveloped countries.
Hence, option A is correct
Answer:
a. Compute the current yield on both bonds.
Current yield = Annual coupon payment / current market price of bond
Bond A current yield = $80 / $800 = 0.1
Bond B current yield = $85 / $900 = 0.09
b. Which bond should he select based on your answer to part a?
Bond A, because it has a higher current yield.
What is the approximate yield to maturity on Bond B?
Approximate Yield to Maturity (YTM) = [C+ (F-P) / n] / [(F+P) / 2]
Where:
C = Coupon payment
F = Face value
P = Price
n = years to maturity
Because the face value is not specified in the question, we will assume is the same as the price.
Bond B YTM = [85 + (900-900) / 2] / [(900+900) / 2]
= 0.09
d. Has your answer changed between parts b and c of this question in terms of which bond to select?
Under the assumption that the price and face value of Bond b are the same, we can see that the YTM and the current yield are the same, so the choice of the bond (bond A) has not changed.
However, if the face value was higher or lower than the price, the YTM would be different to the current yield, for that reason, it is always best to check Yield to Maturity instead of current yield when choosing which bond to invest in.
