Answer:
a. Insurance expense for the month of march
= ($3,840 / 12 months) * 1 month
= $320 per month
b. Balance in prepaid insurance as of March 31
= ($3,840 / 12 months) *11 months remaining
= $3,520
c. Equipment rent expense for the month of April
= ($23,160 / 24 months) * 1 month
= $965
d. Balance in prepaid equipment rental as of April 30
= Nil ($0) as it is not mentioned that payment has been made, it is only mentioned that two year rental contract has been entered into.
Answer:
50,000
Explanation:
Hughes Corporation can calculate the incremental cash outflow required to acquire the new machine by just deducting the sales proceeds from the cost of the new machine.
DATA
New machine = $150,000
Old machine = 100,000
Cash outflow per year (18,000 - 10,000) = 8,000
Salvage value = 25,000
Annuity factor = 8%
Solution
Incremental Cash outflow = Cost of new machine - Sales proceeds from old machine
Incrementa Cash outflow = 150,000 - 100,000
Incremental Cash outflow = $50,000
Answer:
Instructions are below.
Explanation:
Giving the following information:
Selling price= $90
Unitary variable cost= $36
Fixed costs= $135,000
First, we need to calculate the contribution margin per unit.
Contribution margin= selling price - unitary variable cost
Contribution margin= 90 - 36= $54
To calculate the break-even point in units, we need to use the following formula:
Break-even point in units= fixed costs/ contribution margin per unit
Break-even point in units= 135,000 / 54
Break-even point in units= 2,500 units
Answer: SEE EXPLANATION
A. 198.27 UNITS
B. 99.14 UNITS
C. 30.76 ORDERS
D. 8.12 DAYS
E. $1,784.43
Explanation:
Given the following ;
Annual order = 6,100
Carrying cost = $9 per unit per year
Ordering cost = $29
A) EOQ =sqrt[( 2 × Annual order × (ordering cost ÷ carrying cost)]
EOQ = sqrt[2 ×6100 × (29÷9)]
EOQ = sqrt(12200 × 3.22222222)
EOQ = 198.27 units
B.) AVERAGE INVENTORY :
EOQ ÷ 2
198.27 ÷ 2 = 99.14 UNITS
C.) Optimal number of orders per year:
Demand / order per year
6,100 ÷ 198.27 = 30.76 orders
D.) Optimal number of days between two orders:
Number of working days ÷ optimal number of orders
250 ÷ 30.76 = 8.12 days.
E.) Annual cost of ordering and holding inventory:
$198.27 × $9 = $1,784.43
Answer and Explanation: Under the given case or scenario, we can state that Simon is at the step of gathering the facts, information and data and therefore organizing these facts. Here, in this case it is provided that Simon is a trainer that on meeting with his team wishes to discuss the fact that there is a need of senior engineers training the new engineers.
