Answer:
$9,000
Explanation:
The computation of the amount of the discount on the bonds at issuance is shown below:
= Par value of the bond - issued price of the bond
= $400,000 - $391,000
= $9,000
By deducting the issued price of the bond from the par value of the bond we can get the discount amount on issuance of the bond and the same is applied above
Answer:
Debbie Brooks is the one who will suffer the loss for the checks paid with Brook's forged signature.
Explanation:
Debbie Brooks is the one who will suffer the loss for the checks paid with Brook's forged signature because Brooks was supposed to be checking the statement regarding her accounts frequently . By that, she could have discovered that Tingstrom had taken $85,000 from her checking account with Transamerica Financial Advisors and hence be able to sue her.
After Debbies Brooks discovered what Martha had done, she should have have stopped the transaction immediately but instead another year passed before she filed a suit against Transamerica. Hence, she will be one who will suffer from the forged signature.
Answer:
a. The quality of rental housing units falls
c. The quantity of available rental housing units falls.
Explanation:
As the landlord cannot receive a desired return for their investment they will stop improving and doing proper maintenance of the property to obtain it.
They will also be less likely to rent and would prefer to sale and move away from the real-state investment business in the region to more profitable region or better business. This will make the ernt go up as there is less offer as well so the policy backfires.
Stoping the market to work property will cause market failures and the outcome won't be the desired
Answer:
Explanation:
First we need to calculate the expected spot rates for the next 5 years using IRP....
Please Kindly go through the attached files for how this and other questions you require answers to are solved step by step.
Answer:
the answer is 6
Explanation:
In this case we would need to have a combination of each plant with each customer. So the variable would be in this way (3C X 2P)
Customer1 Customer2 Customer3
Plant1 P1C1 P1C2 P1C3
Plant2 P2C1 P2C2 P2C3
Once you have this you can calculate the best combination to minimize the cost of shipping
