Answer:
$0.3 per machine hour
Explanation:
The computation of the variable maintenance cost per machine hour using the high low method is shown below:
Variable cost per machine hour = (High maintenance cost - low maintenance cost) ÷ (High machine hours - low machine hours)
= ($9,000 - $7,200) ÷ (20,000 machine hours - 14,000 machine hours)
= $1,800 ÷ 6,000 machine hours
= $0.3 per machine hour
Answer:
Multiple choices below are missing:
A) purchase Bond A
B) purchase Bond B
C) purchase neither A nor B at this time
D) negotiate a higher rate on Bond A
The correct option is A,purchase bond A.
Explanation:
By purchasing Bond A,Lee is assured interest payment of 7.5% for a period of twenty years,hence the issuer cannot call the bond if interest rate drops by 2% in order to issue a lower interest-bearing bond which would be cheaper cost-wise.
However, if Lee purchases Bond B with current coupon of 8.25%,the interest is only guaranteed for a period of two years,since the issuer has the prerogative of calling back the bond after two years should interest fall in order to issue another bond that commands lower interest rate.
Answer:
C. Unearned revenue would be debited for $700.
E. Service revenue would be credited for $700.
Explanation:
As we recieve the payment in-advance we take the obligation to perform our duties with the customer.
Therefore it is unearned revenue (liability)
at year-end there is a portion which is still unearned by the amount of 300 dollars Hence, the difference was earned: 1,000 - 300 = 700
we will decrease our liability against the customer and recognize the revenue by crediting service revenue.
Answer:
The operating income will be:
Total contribution($2.50 x 29,000) = 72,500
Less: Fixed cost = 31,200
Operating income = 41,300
Explanation:
The contribution per unit is $2.50. This per unit contribution will be multiplied by the number of units produced and sold in order to obtain total contribution. Operating income is the excess of total contribution over fixed cost.
