Answer:
$42
Explanation:
Data provided as per the requirement of contribution margin per hour of machine time is here below:-
Unit Contribution Margin = $21
Machine Time required by fancy lamp = 0.50 hours
The computation of contribution margin per hour of machine time is shown below:-
Contribution Margin Per Hour of machine time = Unit Contribution Margin ÷ Machine Time required by fancy lamp
= $21 ÷ 0.50 hours
= $42
Therefore for computing the contribution margin per hour of machine time we simply divide the unit contribution margin by machine time required by fancy lamb.
Answer:
<u>Transaction - processing systems</u>
<u>Explanation:</u>
For simplicity, since record-keeping, simple clerical operations, and inventory control are all related to transactions, then transaction-processing systems refer to systems that ensure that such transactions are successfully carried out.
For example, online retail outlets use transaction-processing systems to control inventory, as this system is responsible for noting every successful order of their listing page.
Answer:
This took me a long time to figure out , but I'm pretty sure number 1 is
D) Silk and Wool.
And number 2 is C) Northern Nigeria
Explanation: Hope that's right, sorry if not because for number 1 most of them could be the answer, and for number 2, three of them could be the answer.
Answer:
James' credit union loan rate is 8.88% APR, the local bank loan rate is 9.34% APR.
Explanation:
Hi, since in both cases payments would be done in a monthly basis, we have to assume that the rate that we are looking for is APR (compounded monthly), and since there is no additional information in regards that 9.25% rate, we can assume that this is effective annually, so let´s convert this effective monthly rate into APR (compounded monthly)
First, we have to convert it into an effective monthly rate, that is:


Then we multiply by 12 and we get 0,088796 , which is 8.88% APR (compounded monthly)
This way James can compare both credits. The cheaper loan is from the credit union.
The space between a cover letter closing and the author's typewritten name is called the signature line. This would be the space where you would either physically sign your name with a pen above the type written name once you have printed the letter out or if you are sending it electronically where you would insert a copy of your signature. You must always have a signature on cover letters.