Answer:
If Division X refuses to accept the $19 price internally and Division Y continues to buy from the outside supplier, the company as a whole will be:_________.
c. worse off by $28,600 each period.
Explanation:
The $28,600 loss the company incurs is from the lost contribution that Division Y's purchase of Division X's parts could have brought to the company if it buys parts inhouse. This is calculated as follows:
Division X's variable cost per unit = $17
Division X's selling price to outside customers = $23
Division Y's offered buying price = $19
The contribution = $2 ($19 - $17)
Answer: Demand is Unit - Elastic over this price range.
Explanation:
When total revenue remains the same over various price level then the demand curve is unitary elastic.
Unit-Elastic demand - It depicts a demand curve which is perfectly responsiveness to changes in cost. That is, the amount of demand changes as indicated by a similar percentage changes in prices.
A demand curve with an elasticity of 1 is called as unitary elasticity of demand.
Answer:
The book value of the machine at the end of year 2 is $35,000
Explanation:
Straight line method depreciates the asset on its useful life after deducting salvage value from the cost of the asset.
Depreciation per year = ( Cost of Machine - Residual Value ) / Useful life
Depreciation per year = ( $42,000 - $7,000 ) / 10 years
Depreciation per year = $3,500 per year
Book value of machine at the end of year 2 = $42,000 - ( $3,500 x 2 )
Book value of machine at the end of year 2 = $42,000 - $7,000
Book value of machine at the end of year 2 = $35,000
Answer:
Explanation:
A:
Number of contracts required:
= (0-1.2)×36,000,000÷(900×$250)
= -192
Since negative value, short 192 contracts.
B:
= (0.9 - 1.2)×36,000,000÷(900×$250)
= -48
Since negative value, short 48 contracts.
C:
= (1.8 - 1.2)×36,000,000÷(900×$250)
= 96
Since positive value, long 48 contracts.
Answer:
They have risen.
Explanation:
Demand has increased, but supply has remained constant.
