Answer: 1. 1170 units
2. $14039
Explanation:
The optimal order size will be:
= ✓2AO/C
where,
A = Annual demand = 180 × 365 days = 65,700
O = Ordering cost = 125
C = Carrying cost = 12
EOQ = ✓(2AO/C)
= ✓(2 × 65700 × 125/12)
= ✓ 1368750
= 1170 units
Therefore, the optimal order size is 1170 units.
2. The minimum total annual inventory cost will be calculated as:
C = (Q /2)(H) +(D/Q)(S)
where,
Q = 1170 pounds
H = holding cost = $12
D = annual demand = 65,700
S =set up cost = $125
Therefore, the minimum total annual inventory cost will be:
C = (Q /2)(H) +(D/Q)(S)
C = {(1170) /2] × 12} + {(65,700 /1170) × 125}
= 7020 +7019
= 14,039
Therefore, the minimum total annual inventory cost is $14,039.
Han Products manufactures 29,000 units of part S-6 each year for use on its production line. At this level of activity, the cost per unit for part S-6 is:
Direct materials $3.70
Direct labor 12.00
Variable manufacturing overhead 2.30
Fixed manufacturing overhead 9.00
Total cost per part $27.00
An outside supplier has offered to sell 29,000 units of part S-6 each year to Han Products for $23 per part. If Han Products accepts this offer, the facilities now being used to manufacture part S-6 could be rented to another company at an annual rental of $79,000. However, Han Products has determined that two-thirds of the fixed manufacturing overhead being applied to part S-6 would continue even if part S-6 were purchased from the outside supplier.
Required:
What is the financial advantage (disadvantage) of accepting the outside supplier’s offer?
Answer:
Financial advantage of accepting supplier's offer = $21,000
Explanation:
Relevant costs saved by outsourcing production:
Direct materials $3.70
Direct labor $12.00
Variable manufacturing overhead $2.30
Fixed manufacturing overhead $9.00 * 1/3 = $3
Total cost per part $21.00
Total savings per year = $21 * 29,000 = $609,000
Additional rental income = $79,000
Total = $688,000
Cost of purchasing 29,000 parts = $23 * 29,000 = $667,000
Financial advantage of accepting supplier's offer = $21,000
a)What are the expected returns and standard deviations of a portfolio consisting of:1.100 percent in stock A
Answer:
12%
1.00
Explanation:
Note that the expected return on stock A which is 12% is missing from the question as well as the standard deviation of A which is 1.00
The expected return from stock A with 100% of funds(total amount of investment) invested in stock A is the percentage invested in A multiplied by the expected return of stock A shown thus:
expected return=100%*12%
portfolio expected return=12%
portfolio standard deviation(if 100% invested in A)=1.00*100%
International trade in goods and services is a major component of the globalization process.
a. True
b. False
Soft Lumber has bonds, preferred stock and common stock as its capital components. _____________ is the right most apt to be granted to its preferred shareholders.
Answer: right to share in company profits prior to other shareholders
Explanation:
The preferred shareholders are paid their dividends before dividends are paid to other common shareholders. The preferred stock also gives no voting rights to the shareholders.
Preferred shareholders are known to have priority over the income of a company right to share in company profits prior to other shareholders.
bRamapo Company produces two products, Blinks and Dinks. They are manufactured in two departments, Fabrication and Assembly. Data for the products and departments are listed below. Product Number of Units Direct Labor Hours Per Unit Machine Hours Per Unit Blinks 1,048 4 7 Dinks 2,236 5 6 All of the machine hours take place in the Fabrication department, which has an estimated overhead of $82,200. All of the labor hours take place in the Assembly department, which has an estimated total overhead of $102,000. Ramapo Company uses a single plantwide overhead rate to apply all factory overhead costs based on direct labor hours. The factory overhead allocated per unit of Dinks is
Answer:
Ramapo Company
The factory overhead allocated per unit of Dinks is:
= $56.94.
Explanation:
a) Data and Calculations:
Product Number of Units Direct Labor Machine
Hours Per Unit Hours Per Unit
Blinks 1,048 4 7
Dinks 2,236 5 6
Fabrication Assembly
Estimated overhead $82,200 $102,000
Machine hours:
Blinks 7,336
Dinks 13,416
Total machines hours 20,752
Direct Labor hours:
Blinks 4,192
Dinks 11,180
Total machines hours 15,372
Total factory overhead Blinks Dinks
Fabrication department $29,058 $53,142
Assembly department 27,816 74,184
Total allocated overhead $56,874 $127,326
Units produced 1,048 2,236
Factory overhead per unit $54.27 $56.94 ($127,326/2,236)
Andrews Corporation has income from operations of $240,000. In addition, it received interest income of $24,000 and received dividend income of $29,500 from another corporation. Finally, it paid $11,800 of interest income to its bondholders and paid $45,000 of dividends to its common stockholders. The firm's federal tax rate is 21%. What is the firm's federal income tax
Answer: $54,820.50
Explanation:
Federal income tax = Taxable income * tax rate
Taxable income = Income from operations + Interest income received + Dividend income received - Interest income paid
= 240,000 + 24,000 + (30% * 29,500) - 11,800
= $261,050
Federal income tax = 261,050 * 21%
= $54,820.50
Note: Only 30% of Dividends received are taxable
Tri-County G&T sells 145,000 MWh per year of electrical power to Boulder at $ per MWh, has fixed costs of $ million per year, and has variable costs of $ per MWh. If Tri-County has MWh of demand from its customers (other than Boulder), what will Tri-County have to charge to break even?
Answer:
$105.85
Explanation:
Given that :
Fixed cost = $83.1 million
Variable cost = $30 / MWh
Number of demand, $1,000,000 MWh
Variable cost to other customers =[(1,000,000 + 145000) * $30) = $34350000
To break even :
Total Cost = Total revenue
(fixed Cost + variable cost) = total revenue
Let amount per MWh required to break even = x (amount sold to other customers)
(83100000 + 34350000) = (145000*80 + 1000000x)
117450000 = 11600000 + 1000000x
117450000 - 11600000 = 1000000x
105850000 = 1000000x
x = 105850000 / 1000000
x = $105.85
On Jan. 1, 2018, your cousin, Laura, purchased one $1,000, 5-year semiannual bond with a coupon rate of 8%. The yield of the bond was 8% at the time. How much did Laura pay for the bond?
Answer:
the amount pay for the bond is $1,000
Explanation:
The computation of the amount pay for the bond is shown below:
Given that
Future value be $1,000
NPER is 5 × 2 = 10
RATE = 8% ÷ 2 = 4%
PMT = $1,000 × 8% ÷ 2 = $40
The formula is given below:
=-PV(RATE,NPER,PMT,FV,TYPE)
After applying the above formula, the present value is $1,000
Hence, the amount pay for the bond is $1,000
Suppose that a small family farm sold its output for $100,000 in a given year. The family spent $25,000 on fuel; $40,000 on seed, fertilizer, and pesticides; and $25,000 on equipment, including maintenance. The family members could have earned $20,000 working at other occupations. What is the family's accounting cost? What is the family's economic cost? Could the family's economic cost ever exceed its accounting cost? Why or why not?
Answer:
Accounting Cost
Accounting costs refers to the explicit costs which ar the actual costs related to the business venture. In this case that would be:
= Fuel costs + Seed costs + Equipment
= 25,000 + 40,000 + 25,000
= $90,000
Economic cost
This includes the accounting costs and then adds the implicit costs which are the opportunity costs of choosing the current business venture. In this case it is the $20,000 they could have been making working at other occupations.
= Accounting cost + Salary foregone
= 90,000 + 20,000
= $110,000
Economic costs will always be higher than Accounting costs because they include both the accounting costs and opportunity costs.
Consider the following information for Maynor Company, which uses a periodic inventory system: Transaction Units Unit Cost Total Cost January 1 Beginning Inventory 21 $ 71 $ 1,491 March 28 Purchase 31 77 2,387 August 22 Purchase 42 81 3,402 October 14 Purchase 47 87 4,089 Goods Available for Sale 141 $ 11,369 The company sold 47 units on May 1 and 42 units on October 28. Required: Calculate the company's ending inventory and cost of goods sold using the each of following inventory costing methods. FIFO LIFO Weighted Average
Answer:
FIFO LIFO WEIGHTED AVERAGE
Ending inventory 4494 3878 4193
Cost of Goods Sold 6875 7491 7176
Explanation:
STATEMENT SHOWING INVENTORY RECORD UNDER PERIODIC FIFO
RECIEPTS COST OF GOODS SOLD BALANCE
DATE UNITS RATE AMOUNT $ UNITS RATE AMOUNT $ UNITS RATE AMOUNT $
balance 21 71 1491 21 71 1491
Purchasse
28-Mar 31 77 2387 31 77 2387
22-Aug 42 81 3402 37 81 2997 5 81 405
14-Oct 47 87 4089 47 87 4089
TOTAL 141 11369 89 6875 52 4494
STATEMENT SHOWING INVENTORY RECORD UNDER PERIODIC LIFO
RECIEPTS COST OF GOODS SOLD BALANCE
DATE UNITS RATE AMOUNT $ UNITS RATE AMOUNT $ UNITS RATE AMOUNT $
balance 21 71 1491 21 71 1491
Purchasse
28-Mar 31 77 2387 31 77 2387
22-Aug 42 81 3402 42 81 3402
14-Oct 47 87 4089 47 87 4089
TOTAL 141 11369 89 7491 52 3878
STATEMENT SHOWING INVENTORY RECORD UNDER PERIODIC WEIGHTED AVERAGE
RECIEPTS COST OF GOODS SOLD BALANCE
DATE UNITS RATE AMOUNT $ UNITS RATE AMOUNT $ UNITS RATE AMOUNT $
balance 21 71 1491
Purchasse
28-Mar 31 77 2387
22-Aug 42 81 3402
14-Oct 47 87 4089
TOTAL 141 80.63 11369 89 80.63 7176 52 80.63 4193
Suppose you borrow $9,875 and then repay the loan by making 12 monthly payments of $863.58 each. What is the effective annual rate (EAR) you are paying
Answer:
9.38%
Explanation:
PV = $9,875
PMT = $863.58
NPER = 12
Using the MS Rate Function to derive the Periodic rate
Periodic rate = Rate(NPER, -PMT, PV)
Periodic rate = Rate(12, -863.58, 9,875)
Periodic rate = 0.0075
Periodic rate = 0.75%
Nominal rate = Periodic rate * NPER
Nominal rate = 0.75% * 12
Nominal rate = 9%
Using the MS Effect Function to derive the effective annual rate (EAR)
Nominal rate = 9%
NPER = 12
Effective annual rate (EAR) = Effect(Nominal rate, NPER)
Effective annual rate (EAR) = Effect(9%, 12)
Effective annual rate (EAR) = 0.0938
Effective annual rate (EAR) = 9.38%
So, the the effective annual rate (EAR) you are paying is 9.38%.
Somerset Computer Company has been purchasing carrying cases for its portable computers at a purchase price of $62 per unit. The company, which is currently operating below full capacity, charges factory overhead to production at the rate of 45% of direct labor cost. The unit costs to produce comparable carrying cases are expected to be as follows:
Direct materials $8.00
Direct labor 12.00
Factory overhead (40% of direct labor) 4.80
Total cost per unit $24.80
If Somerset Computer Company manufactures the carrying cases, fixed factory overhead costs will not increase and variable factory overhead costs associated with the cases are expected to be 25% of the direct labor costs.
Required:
Prepare a differential analysis dated April 30 to determine whether the company should make (Alternative 1) or buy (Alternative 2) the carrying case.
Answer:
Somerset Computer Company
Differential Analysis dated April 30:
Make Buy
Alternative 1 Alternative 2 Difference
Variable cost per unit $23.00 $62.00 $39.00
Explanation:
a) Data and Calculations:
Purchase price per portable computer carrying case = $62
Unit cost of production:
Direct materials $8.00
Direct labor 12.00
Factory overhead (40% of direct labor) 4.80
Total cost per unit $24.80
Unit cost of production, with overhead broken into fixed and variable:
Direct materials $8.00
Direct labor 12.00
Factory overhead
Fixed overhead 1.80
Variable overhead 3.00
Total cost per unit $24.80
b) With a net gain of $39 per unit, the company should make the unit (Alternative 1) instead of buying it (Alternative 2).
Which of the following food borne illness has a preventative vaccine
A. E.coli
B.norovirus
C. Hep. A
D. Shigella
Answer:
C. Hep. A
Explanation:
From the available options, Hep. A is preventable with a vaccine. The vaccine was created in 1995. It is administered to individuals in two seperate doses and usually done with a time span of 6 months between dose. Having both doses administered helps prevent the individuals from the Hep. A virus long term. Like most vaccines, this one has a 95% effectiveness for preventing the virus from affecting the individual's body.
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Investors with 30 per cent of the voting stock of a corporation, interested in a seat on the board of directors, had better have __________ voting privileges. a. straight b. cumulative c. proxy d. limited
Answer:
B)cumulative
Explanation:
Question 4
Which of the following is an example of an asset?
A. Repairs and Maintenance
B. Accounts Receivable
C. Accounts Payable
D. GST Collected
Answer:
Accounts Receivable
Explanation:
A is an expense, C and D are liabilities
Dunbar sold 640 units of inventory during the month. Ending inventory assuming weighted-average cost would be: (Round weighted-average unit cost to 4 decimal places and final answer to the nearest dollar amount.)
Answer:
$428.13
Explanation:
Note The missing word have been attached as picture below
Weighted average cost per unit = [(450*$2.18) + (370*$2.62)] / (450 + 370)
Weighted average cost per unit = ($981 + $969.4) / 820
Weighted average cost per unit = $1950.4 / 820
Weighted average cost per unit = 2.378536585365854
Weighted average cost per unit = $2.3785
Ending inventory unit = 450 + 370 - 640
Ending inventory unit = 180
Value of ending inventory = $2.3785 * 180 units
Value of ending inventory = $428.13
Money markets trade securities that: _______________
I. mature in one year or less.
II. have little chance of loss of principal.
III. must be guaranteed by the federal government.
a. I and III only
b. I only
c. I and II only
d. I, II, and III
When you retire, you wish to have $3 million in your retirement account. You decided to add $2,000 every quarter to your retirement account and invest to generate annualized return of 8% from your investment, how many years do you think it will take to have $3 million in the account
Answer:
43.35 years
Explanation:
Use the following formula to determine the number of years
Future Value of Annuity = Periodic Annuity x ( 1 + Periodic Interest rate )^numbers of periods ) - 1 / Periodic Interest rate
Where
Future Value of Annuity = $3 million = $3,000,000
Periodic Annuity = $2,000 per quarter
Periodic Interest rate = Interest rate x Quarterly fraction = 8% x 3/12 = 2%
Numbers of periods = n = ?
Placing values in the formula
$3,000,000 = $2,000 x ( 1 + 2% )^n ) - 1 / 2%
$3,000,000 / $2,000 = ( 1 + 2% )^n ) - 1 / 2%
1,500 = ( 1.02 )^n ) - 1 / 2%
1,500 x 2% = ( 1.02 )^n ) - 1
30 = ( 1.02 )^n ) - 1
30 + 1 = 1.02^n
31 = 1.02^n
Log 31 = n log 1.02
n = Log 31 / Log1.02
n = 173.41
Now calculat ethe nUmbers of years as follow
Numbers of years = n x 3/12
Numbers of years = 173.41 x 3/12
Numbers of years = 43.35 years
A select list of transactions for Goals follows:
For each transaction, identify what type of adjusting entry would be needed. Select from the following four types of adjusting entries: deferred expense, deferred revenue, accrued expense, and accrued revenue.
Apr. 1 Paid six months of rent, $4,800.
10 Received $1,200 from customer for six month service contract that began April 1.
Apr. 15 Purchased a computer for $1,000.
Apr. 18 Purchased $300 of office supplies on account.
Apr. 30 Work performed but not yet billed to customer, $500
Apr. 30 Employees earned $600 in salaries that will be paid May 2.
Answer:
Goals
Identification of Needed Adjusting Entry:
Transaction Adjusting Entry Type
Apr. 1 Paid six months of rent, $4,800. Deferred expense
Apr. 10 Received $1,200 from customer for Deferred revenue
six month service contract that began April 1.
Apr. 15 Purchased a computer for $1,000. Deferred expense
Apr. 18 Purchased $300 of office
supplies on account. Accrued expense
Apr. 30 Work performed but not yet
billed to customer, $500 Accrued revenue
Apr. 30 Employees earned $600 in Accrued expense
salaries that will be paid May 2.
Explanation:
Four types of adjusting entries:
Goal's deferred expense refers to an expense that Goal will incur in future periods but already paid for.
Goal's deferred revenue includes its revenue received in advance of service.
Goal's accrued expense refers to an expense that has been incurred but not yet paid for.
Goal's accrued revenue includes revenue that has been earned but not yet received.
Suppose you buy some stock in the Alpha Corporation at a price of $45.95 per share. 410 days later you sell the stock for $48.27. During this period you received a per share dividend of $1.20. What is your annualized return on this investment
Answer: 6.79%
Explanation:
The holding period return is:
= (Current price - Cost price + Dividend) / Cost price
= (48.27 - 45.95 + 1.20) / 45.95
= 7.66%
The annualized return is:
= ( ( 1 + holding period return) ^ number of days in a year/ number of days stock was held - 1)
= ( ( 1 + 7.66%) ³⁶⁵ / ⁴¹⁰ - 1)
= 6.79%
A sporting equipment store expects to purchase $8,200 of ski boots in October. The store had $2,800 of ski boots in merchandise inventory at the beginning of October, and expects to have $1,800 of ski boots in merchandise inventory at the end of October to cover part of anticipated November sales. What is the budgeted cost of goods sold for October?
a) $7,000.
b) $9,000.
c) $8,000.
d) $12,000.
e) $11,000.
Answer:
$9,200
Explanation:
Calculation to determine the budgeted cost of goods sold for October
Using this formula
Budgeted cost of goods sold for October =Cost of ski boots + Inventory at the beginning - Inventory at the end
Let plug in the formula
Budgeted cost of goods sold for October = $2800 + $8200 - $1800
Budgeted cost of goods sold for October= $9200
Therefore the budgeted cost of goods sold for October is $9,200
Madison Corporation sells three products (M, N, and O) in the following mix: 3:1:2. Unit price and cost data are: M N OUnit sales price$12 $10 $11Unit variable costs 9 8 9Total fixed costs are $585,000. The selling price per composite unit for the current sales mix (rounded to the nearest cent) is:
Answer:
Selling price per composite unit= $11.3
Explanation:
Giving the following information:
Madison Corporation sells three products (M, N, and O) in the following mix: 3:1:2.
Unit price and cost data are: M N OUnit sales price$12 $10 $11
First, we need to calculate the sales proportion for each product:
M= 3/6= 0.5
N= 1/6= 0.17
O= 2/6= 0.33
Now, the selling price per composite unit:
Selling price per composite unit= (0.5*12) + (0.17*10) + (0.33*11)
Selling price per composite unit= $11.3
Kiwi Plc sold an antique painting which had been purchased inJanuary 1996 for £21,000. It was sold for £4,200 in January 2021. The proceeds were received net of auction fees of £650. What is Kiwi Plc's allowable loss?
Answer:
$17,450
Explanation:
The antique painting that was bought in January 1996 was sold for $21,000
It was sold for 4,200 in January 2021
It received a net auction fee of 650
Therefore the allowable loss can be calculated as follows
= 21,000-4200+650
= 17,450
Hence the allowable loss is $17,450
Fruit Computer Company makes a fruit themed computer. Variable costs are $220 per unit, and fixed costs are $32,000 per month. Fruit Computer Company sells 500 units per month at a sales price of $300. The company believes that it can increase the price if the computer quality is upgraded. If so, the variable cost will increase to $240 per unit, and the fixed costs will rise by 50%. The CEO wishes to increase the company's operating income by 25%. Which sales price level would give the desired results
Answer:
Fruit Computer Company
The sales price level that would give the desired results is:
= $356 per unit
Explanation:
a) Data and Calculations:
Variable costs per unit = $220
Fixed costs per month = $32,000
Monthly sales units = 500 units
Selling price per unit = $300
Before Change After Change
Sales revenue $150,000 $178,000 ($168,000 + $10,000)
Variable costs 110,000 120,000
Fixed costs 32,000 48,000
Total costs $142,000 $168,000
Operating income $8,000 $10,000 ($8,000 * 1.25)
The sales price level that would give the desired results is $356 ($178,000/500). This represents an increase of 18.7% ($56/$300 * 100).
Well Water Inc. wants to produce and sell a new flavored water. In order to penetrate the market, the product will have to sell at $2.00 per 12 oz. bottle. The following data has been collected:
Annual sales......................................................50,000 bottles
Projected selling and administrative costs.....$8,000
Desired profit.....................................................$80,000
The target cost per bottle is:__________
Answer:
The answer is "0.4".
Explanation:
[tex]\\\to \text{Total Cost of Goods Sold = Sales revenue - Desired profit}[/tex]
[tex]= (2\times 50,000) - 80,000\\\\= 1,00,000 - 80,000\\\\= 20,000[/tex]
Calculating the target cost per bottle:
[tex]= \frac{\text{Total cost of goods sold}}{ \text{units sold}}\\\\= \frac{20,000}{50,000}\\\\= \frac{2}{5}\\\\= 0.4[/tex]
Stacy Cool wants to invest her money to earn at least 14%. A friend who is interested in investments has suggested her to buy a bond issued by the Buckeye Bravo Company that will mature in seven years. It has a face value of $1,000, pays an annual coupon of $110, and currently sells for $950. Should she buy this bond
Answer:
no
the yield to maturity is 12% which is less than 14%
Explanation:
To determine if Stacy should buy the bond, determine the yield to maturity of the bond
yield to maturity can be determined using a financial calculator
Cash flow in year 0 = -950
Cash flow in year 1 - 6 = 110
Cash flow in year 7 = 110 + 1000
YTM = 12.1%
The YTM is less than the minimum return she wants. So, she should not buy the bond
To determine YTM using a financial calculator:
1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.
2. After inputting all the cash flows, press the IRR button and then press the compute button.
To determine YTM using a financial calculator:
1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.
2. After inputting all the cash flows, press the IRR button and then press the compute button.
Use the starting balance sheet and the list of changes to create an updated balance sheet and to answer the question.
Valley Technology Balance Sheet As of December 31, 2020 (amounts in thousands)
Cash 2,200 Liabilities 3,600
Other Assets 2,800 Equity 1,400
Total Assets 5,000 Total Liabilities 5,000
Between January 1 and March 31, 2021:
1. Cash decreases by $200,000
2. Liabilities decrease by $100,000
3. Equity increases by $400,000
What is the value for Other Assets on March 31, 2021?
Answer: $3,300,000
Explanation:
Accounting formula:
Assets = Equity + Liabilities
Total equity and liabilities on March 31 is:
= Beginning balance - decrease in liabilities + Increase in Equity
= 5,000,000 - 100,000 + 400,000
= $5,300,000
Assets therefore has to be $5,300,000 on the same date.
Assets = New cash balance + Other assets
5,300,000 = (2,200,000 - 200,000) + Other assets
Other assets = 5,300,000 - 2,000,000
= $3,300,000
An organization's job structure consists of relative pay for different functions and different levels of responsibility.
a. True
b. False
Answer:
a). True
Explanation:
The given statement asserts a true claim that the job structure of an organization comprises of corresponding pay scales for the different employees performing different activities and functions according to the levels of authority or leadership they have been provided. The job structure is the aspect that establishes the hierarchy or of various ranks and positions in which the company is organized to aptly manage the running of the business and its associated activities successfully and efficiently. Thus, the statement is true.
Meyer Company reported the following for its recent year of operation:
From Income Statement:
Depreciation Expense $1,000
Loss on the Sale of Equipment (3,000)
From the comparative balance sheet:
Beginning balance, equipment $12,500
Ending balance, equipment 8,000
Beginning balance, accumulated depreciation 2,000
Ending balance, accumulated depreciation 2,600
No new equipment was purchased during the year. What was the selling price of the equipment?
Answer:
$900
Explanation:
Calculation to determine the selling price of the equipment
First step
Cost of equipment sold = Beginning balance - Ending balance
Cost of equipment sold=$12,500-$8,000
Cost of equipment sold=$4,500
Second step
Ending balance= Beginning balance + Depreciation expense - Accumulated depreciation on equipment sold
Ending balance=$2,000+$1,000-$600
Ending balance=$2,400
Third step
Book value = Cost of equipment sold - Accumulated depreciation on equipment sold
Book value=$4,500-$600
Book value=$3,900
Now let determine the selling price of the equipment
Selling price=$3,000-$3,900
Selling price=$900
Therefore the selling price of the equipment.is $900
