Answer:
$42.5 billion
Explanation:
the expected value formula = ∑ (valueₙ x probabilityₙ)
expected value = (low value x probability of low value) + (most likely value x probability of most likely value) + (high value x probability of high value)
= ($5 billion x 20%) + ($45 billion x 70%) + ($100 billion x 10%) = $1 billion + $31.5 billion + $10 billion = $42.5 billion
Answer:
$1.64 per share
Explanation:
The computation of Number of Shares for computing Diluted Earning per share is shown below:-
Proceeds expected = 5,300 × $6
= $31,800
No. of Shares re-purchased = $31,800 ÷ $11
= $2,891 (rounded)
Net Effect of Stock Option = 5,300 - $2,891
= 2,409 shares
Number of Shares for computing Diluted Earning per share = Outstanding shares + Net Effect of Stock Option
= 71,105 + 2,409
= 73,514
Diluted earnings per share for the quarter = Net income for the quarter ÷ Number of Shares for computing Diluted Earning per share
= $120,805 ÷ 73,514
= $1.64 per share
So, for computing the Number of Shares for computing Diluted Earning per share we simply applied the above formula.
Answer:
The Number of warehouses completed would not be a rational base for allocating overhead costs to the warehouses.
Explanation:
For allocating the overhead cost to the warehouse. Following things need to be considered.
1. Square footage of the warehouses : Based on the square foot of the warehouse, the overhead cost can be easily allocated. As different warehouses have different square foot. So there would be different allocation criteria for each warehouse.
2. Labor Hours : According to the labor hours, the overhead expense can be allocated. In warehouse, the size of labor is matter. As more labors are available, the chances of more allocation expenses would be there and if there is less labors so the allocation expenses would be less.
Depending upon the size of the labors, the allocation of overhead differs.
3. Direct material cost : The warehouse is required when more supplies of material is to be required. So here, direct material plays an very important role while allocating the overhead cost. Depending upon the quantity of material, the overhead expenses differs.
4. Number of warehouses completed : As without knowing the size and capacity of the warehouses, it is difficult to allocate the overhead expense. Moreover, the same cost is been allocated which is not acceptable.
Hence, the Number of warehouses completed would not be a rational base for allocating overhead costs to the warehouses.
Answer:
Explanation:
price elasticity of demand = percentage change in quantity demanded / percentage change in price
revenue = price x quantity
if price decreased by 30% and total revenue decreased by 35%, then PED is inelastic
a will show you in an example
original price = $10
original quantity = 100
if PED was unit elastic
= 30% / -30% = -1, sales volume increased by 30%
total revenue went form $1,000 to $910
if PED was elastic
= 50% / -30% = -1.7, sales volume increased by more than 30%, lets say 50%
total revenue went from $1,000 to $1,050
if PEd was inelastic
= 10% / -30% = -0.33, sales volume increased by less that 30%, lets say 10%
total revenue went from $1,000 to $770
the more inelastic, the larger the decrease in total revenue
