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:
A function that will be executed
Explanation:
Answer:
question isn't clear. any answers???
Answer:
71.57 days
Explanation:
For computing the average collection period first we have to determine the account receivable turnover ratio which is shown below:
Account receivable turnover ratio = Credit sales ÷ average accounts receivable
where,
Average accounts receivable = (Opening balance of Accounts receivable + ending balance of Accounts receivable) ÷ 2
= ($75,000 + $83,000) ÷ 2
= $79,000
And, the net credit sale is $403,000
Now put these values to the above formula
So, the answer would be equal to
= $403,000 ÷ $79,000
= 5.10 times
Now
Average collection period in days = Total number of days in a year ÷ accounts receivable turnover ratio
= 365 days ÷ 5.10 times
= 71.57 days
There were 72 (108 - 36) more maple trees in the woodlot before the bug problem. There were 108 maple trees in the woodlot before the bug problem. There are 36 maple trees in the woodlot after the bug problem.
The following information is given in the question:
Ratio of maple trees to oak trees before bug problem = 9:5
Ratio of maple trees to oak trees after replanting = 3:11
Total number of oak trees after replanting =132
Total number of trees in the woodlot is the same before and after the bug problem.
Let the number of maple trees after replanting be 'x'
From the data above, we can find the number of maple trees after replanting as follows:


So, number of maple trees after replanting in the woodlot are 36.


Let number of maple trees before bug problem be 'z'.
We can find the number of maple trees before bug problem as follows:


