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deff fn [24]
1 year ago
9

Demand for a certain radial tires at a tire company is 800 units per month. Each tire costs the company $80. Ordering costs are

$75, and the annual carrying cost for each tire is $16. That is,
D = 800 * 12 = 9600 /yr
S = $75 /order
P = $80
H = $16 /unit / yr

1. How many tires should the manager order in each lot?

2. What is the company's average inventory of this tire, if the EOQ quantity is ordered?

3. How many times per year will an order be placed, if EOQ quantity is ordered?

4. How often will an order be placed (length of order cycle), if EOQ quantity is ordered?

5. How much does the company spend annually on fixed ordering costs, if EOQ quantity is ordered?

6. How much does the company spend annually on holding (carrying) costs, if EOQ quantity is ordered?
Business
1 answer:
bekas [8.4K]1 year ago
5 0

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 =  \sqrt{\frac{2 X S X D}{H} }

EOQ = \sqrt{\frac{2 X 75 X 9600}{16} }

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.

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Artemon [7]

Answer:

$27,333.33

Explanation:

The computation of the amount of income reported is shown below:

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= $25,000 + $12,000 × 7 months ÷ 36 months

= $25,000 + $2,333.33

= $27,333.33

The seven months is calculated from the June 1 to December 31. We assume the books are closed on December 31

7 0
1 year ago
If the price level doubled in a 23-year period, we can conclude that the average annual rate of inflation over that period was a
galina1969 [7]

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Explanation:

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The average inflation rate in the USA has been 3% over the last 100 years. That said, in measuring shorter periods starting in the 1950s, the average rates are much higher.

Many financial experts working with pending pensioners emphasize the importance of contributing to pension scheming an average inflation rate. Since inflation will reduce the value of savings considerably, it is important to determine how and when this powerful economic phenomenon will affect the savings.

3 0
1 year ago
A consulting firm has a predetermined overhead rate of $120 per labor hour. The Smith job required 5 hours to compete. The overh
andriy [413]

Answer:

overhead cost = $600

Explanation:

given data

overhead rate = $120 per labor hour

time required = 5 hours

to find out

overhead cost

solution

we get here overhead cost  that is express as

overhead cost  = overhead rate ×  time required ..............1

put here value and we get

overhead cost = $120 × 5

overhead cost = $600

6 0
2 years ago
Which of the following are true about cost behavior within a particular relevant range? (Check all that apply.) Fixed costs per
lisov135 [29]

Answer:

Variable costs per unit increase as a company produces more units of production.Total fixed cost is constant over all units of production.

Explanation:

there is positive relation between variable cost and production, increase in production will increase the cost and vise visa.

there is inverse relation between fix cost and production higher the production lower the fix cost will be apportioned per unit but the total cost will remain the same

Example :

                              Case-1              Case-2

Production            50000              100000

V.Cost 100 p.u          100                  100

Fix Cost                  100000            100000

total cost

Variable cost        5000000          10000000

Fix Cost                  100000             100000

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8 0
2 years ago
The 7 percent semiannual coupon bonds of Over The Counter, Inc., are selling for $1,102.25. The bonds have a face value of $1,00
levacccp [35]

Answer:

YTM = 2.84%

Explanation:

We know,

YTM = \frac{I + \frac{M - V_{0}}{n} }{\frac{2M + V_{0} }{3}}

Here,

I = Coupon payment = It is calculated by multiplying the coupon interest rate by the par value of the bond.

M = Bond's par value.

Vo = Bond's current market price.

n = Number of years or periods.

Given,

n = 18

I = Semiannual coupon bonds rate = $1,000*7%*(1/2) = $70 ÷ 2 = $35

M = Par value of a bond = $1,000

Vo = Market value of the bond = $1,102.50

Therefore,

YTM = \frac{35 + \frac{1,000 - 1,102.25}{18} }{\frac{2*1,000 + 1,102.25}{3}}

or, YTM = \frac{35 - 5.68}{\frac{3,102.25}{3}}

or, YTM = $29.32 ÷ $1,034.08

or, YTM = 0.0284

Therefore, YTM = 2.84%

5 0
2 years ago
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