Answer:
<em>a. 22.64%</em>
Explanation:
At first we are going to need to compute the Internal rate of return(IRR) (in which the current value of inflows = the current value of outflows)
Let's let the IRR be <em>x percent</em>
Therefore $4,500 = $750 / (1.0x)
+ $1,000 / (1.0x) <em>power 2</em> + $850 / (1.0x) <em>power 3 </em>
+ $6,250 / (1.0x) <em>power 4</em>
Thus, x = approximate return rate = <em>22.64 percent</em>
In order for Ben to maintain his fluid balance, he should take huge amounts of liquid, and the best liquid that he should take is water. He should take and drink water when jogging, in order to keep himself hydrated as he sweats a lot and when he does not consume water with this behavior, he would likely be dehydrated as he loses the balance of maintaining liquid in his body.
<span>Yes. By investing $180,000 and having a revenues of $198,000, the company would earn $18,000 (before tax) from this project investment. Assuming that the $180,000 investment already factored in time/labor and the projected $190,000 revenues is very likely to occur.</span>
Answer:
D.the semiannual interest payment amount is $24000
Explanation:
Debt securities are recorded on the purchase price of the securities which includes purchase price and any brokerage costs etc. Cost recorded and maturity value of this security will be $300,000 because these are issued on par and will mature on par value.The semiannual interest payment will be $12,000 ( $300,000 x ( 8% /2)) rather than $24,000. Interest revenue will also be credited to the interest revenue account. So the only incorrect option is D.the semiannual interest payment amount is $24000.
Answer:
$ 10
Explanation:
Given:
For Bedford lamp
Sales price = $ 26
Variable cost = $ 16
Machine hours required per unit = 1
Now,
the contribution margin per unit = Sales price - Variable cost
= $ 26 - $ 16
= $ 10
therefore,
the contribution margin per machine hour is calculated as:
= contribution margin / machine hours
or
= $ 10 / 1
or
= $ 10
hence,
the contribution margin per machine hour for the bedford lamp is $ 10