Answer:
The total cost of Job 903 is $5,073.20
Explanation:
The computation of the total cost is shown below:
= Direct material used + Direct labor cost + overhead cost (Predetermined manufacturing overhead rate per direct labor hour × Direct labor hours used in Job 903)
= $3,200 + $1,092 + ($18.60 × 42 labor hours)
= $3,200 + $1,092 + $781.20
= $5,073.20
Answer:
1. $3,59,666.66
2. $4,10,066.66
Explanation:
1. The computation of value of firm is shown below:-
As the Earning before interest and tax given remains the same, this impact that there is no growth rate in the earnings to consider.
= Earning before interest and tax × (1 - Tax) ÷ Cost of equity
= $83,000 × (1 - 0.35) ÷ (0.15)
= $53,950 ÷ 0.15
= $3,59,666.66
2. The computation of value of levered firm is shown below:-
Value of unlevered firm + Debt × Tax rate
= 3,59,666.66 + ($144,000 × 35%)
= $4,10,066.66
Answer:
Dr. Cr.
Work in process $73,000
Manufacturing overhead $13,000
Account Payable $86,000
Explanation:
The Direct cost are those which are directly attributable to the product or service under consideration. Indirect cost are those which cannot be directly assigned to product or service cost. All the direct cost is added to the work in process account and indirect cost are included in the manufacturing overhead account.
Answer and explanation:
Demand elasticity measures the changes in quantity demanded as the result of changes in price. Demand elasticity is calculated by dividing the percentage change in quantity demanded by the percentage change in price. If the result is equal or higher than one (1) the product is <em>elastic </em>but if the result is lower than 1 the product is <em>inelastic</em>.
In the case, <em>as the elasticity of demand of the museum ticket is 0.45 it means the museum tickets is inelastic. This scenario implies that in front of changes of price the quantity demanded will not change. Thus, as a curator of the museum you should </em><u><em>increase the museum ticket price to increase revenue</em></u><em>.</em>
Answer:
Life cycle assessment
Explanation:
Life cycle assessment is a technique that is used to analyse the environmental impacts of products from the design stage through end life. This assessment technique helps to examine the environmental impacts of products throughout their lives. It consists of 5 stages of material extraction, manufacturing, packaging and transportation, use and end of life. This analysis is carefully designed to effectively estimate the environmental impacts.
