Ryan could try to be a bit more realistic in his expectations of frienship
The value of what businesses provide to other businesses is captured in the final products at the end of the production chain. During the production chain the product goes through various steps to reach its end result. Each step in the chain adds more value to the product. Once it reaches the end of the chain the true test is the value it provides to business that ends up using the item. An example of this is a home being built. During each stage of the home building process the home is getting closer to its true test, when the owners move in. From the floor being poured to the walls going up, each step makes the house closer to becoming someones home.
Answer:
False
Explanation:
To determine the six month interest payment on a bond, you must multiply the face value of the bond times half the annual contract rate of the bond. The contract rate of the bond is the interest rate used to calculate the bond's coupon.
The market rate of the bond may or may not be equal to the contract rate. If the bond was sold at a premium, the market rate is lower than the contract rate. If the bond is sold at a discount, the market rate will be higher than the contract rate.
Answer:
C. 20.00 percent
Explanation:
The computation of the accounting rate of return is shown below:
The formula to compute the accounting rate of return is shown below:
= Annual net income ÷ initial investment
where,
Annual net income is
= Net cash flows - depreciation expense
= $12,000 - $6,000
= $6,000
And, the initial investment is $30,000
So, the accounting rate of return on initial investment is
= $6,000 ÷ $30,000
= 20%
The depreciation expense is
= $30,000 ÷ 5 years
= $6,000
Answer:
The required cycle time for this assembly line is 2 minutes. The rigtht answer is c.
Explanation:
Acording to the data, we have the following:
Daily operating time= factory operates 1000 minutes per day
Scheduled output=make 500 El-More dolls per day
Therefore, to calculate the required cycle time for this assembly line we have to use the following formula:
Cycle time = daily operating time divided by the scheduled output
= 1000 / 500 = 2 minutes
The required cycle time for this assembly line is 2 minutes.
