Answer:
Acquisition cost of the Equipment = $94,000
Double declining depreciation rate = 25%
Explanation:
a. The computation of the acquisition cost of the equipment is shown below:-
Acquisition cost of the Equipment = Invoice cost + Freight costs + Installation wiring and foundation + Material and labor costs used in testing
= $90,000 + $1,100 + $2,200 + $700
= $94,000
b. The computation of double declining depreciation rate is here below:-
Double declining depreciation rate = 1 ÷ Depreciation life × Times
= 1 ÷ 8 × 2
= 0.125 × 2
= 0.25
or
= 25%
Answer and Explanation:
According to the scenario, computation of the given data are as follow:-
Price ceiling:-This is show the limit of the price on maximizing value of the product which is decided by government and his imposed group for customer.
Binding:-The binding price ceiling is below the equilibrium price.
Unbinding:-The unbinding price ceiling is above equilibrium price.
Price floor:-This is show the limit of the price on lower value of the product which is decided by government and his imposed group for customer. A price floor must be higher than the price equilibrium price in order to be effective.
Binding:-The binding price floor is above the equilibrium price.
Unbinding:-The unbinding price floor is below the equilibrium price.
It is given that the equilibrium price of milk is $2.50 per gallon.
Statement 1:-This is the example of price floor and binding because minimum price of $2.30 per gallon is decided.
Statement 2:-This is the example of price floor and binding because minimum price of $3.40 per gallon is decided for gasoline.
Statement 3:-This is the example of price floor and binding because teenagers are not hired due to minimum-wage laws.
Answer: Cost per unit $15.2, cost of good sold $10,640
Explanation:
Weighted Average cost per unit = 15,200/1000
= $15.2
Ending inventory (400 × 15.2)
= 6,080
Cost of good available for sale = 15,200
Cost of good sold (700 × 15.2)
= $10,640
It can be called facial expressions
Answer:
$20,000
Explanation:
Calculation for the liability that should be reported for vacation pay
Using this formula
Liability=Vacation weeks*Compensation averaged per week for Year 1
Let plug in the formula
Liability=20 weeks × $1,000 per week
Liability = $20,000
Therefore the amount of liability that should be reported for vacation pay will be $20,000
