Answer:
Explanation:
Net Cost of Life Insurance Premium : Life insurance policy entails Premium to be paid by the insured at a monthly / quarterly interval. insured often gets dividend from the insurance company and in that case, the net cost of premium will be low
The 20 years premium can be calculated with Annual Premium which is not given in the question, therefore i will solve for all the option but please pick the answer that the Annual premium is with you
a) 20 years premium = Annual Premium x Number of years
= 11700 x 20
= 234,000
b) 20 years premium = Annual Premium x Number of years
= 7900 x 20
= 158,000
c) 20 years premium = Annual Premium x Number of years
= 550 x 20
= 11,000
d) 20 years premium = Annual Premium x Number of years
= 28350 x 20
= 567,000
Answer:382.77
Explanation:
Subtract 48% from $26,500, it'll give you $13,780, you then divide by 36 which is the number of months for the lease
Answer:
The amount of Compensation expense to Year 1 is $153,333.
Explanation:
Stock options granted 92000
X Fair value on date of grant 5
Total compensation expense 460000
Years 3
Compensation expense per year 1 53333
Therefore, The amount of Compensation expense to Year 1 is $153,333.
Answer:
1. 300 tires
2. 150 units
3. 32 times
4. 11.4 days
5. $2,400
6. $2,400
Explanation:
Economic order quantity is the quantity at which business incur minimum cost. This is the level of order where the holding cost equals to the ordering cost of the business.
Material cost remains the same whatever the the order level. The costs that vary with the change in order level are ordering cost and holding cost.
The cost incurred to for each order placed is called ordering cost and cost which incurred to hold the inventory for a specific period is called holding cost.
EOQ = 
EOQ = 
EOQ = 300 units
1. EOQ is the level of order That should be placed to minimize the total cost of the business. The manager should order 300 tires in each lot.
2.
Average Inventory = EOQ / 2 = 300 / 2 = 150 units
3.
Number of orders = Total yearly demand / EOQ = 9,600 / 300 = 32 times
4.
Number of days = ( EOQ / total demand ) x 365 = 300 / 9600 x 365 = 11.4 days
5.
Fixed ordering cost = Total Demand / EOQ x $75 = (9600 / 300) x $75 = $2,400
6.
Holding cost = Average Inventory x holding cost per unit = 150 units x $16 = $2,400
Here Holding cost and ordering cost is same at EOQ level.