Answer:
Basic earning per share $0.21 per share
Explanation:
Basic Earning per share = ( Net Income - Preferred stock dividend ) / Weighted Average outstanding shares
Basic Earning per share = ( $200,000 - $50,000 ) / 700,000
Basic Earning per share = $150,000 / 700,000
Basic Earning per share = $0.2143 / share
Weighted average Outstanding shares = 500,000 + 200,000
Weighted average Outstanding shares = 700,000 shares
Answer:
mmmm its only about India
Explanation:
i dont stay in India
Answer:
His firm's DPMO is 12,083
Explanation:
The computation of the DPMO is shown below:
= (Total complaints ÷ total number of defects opportunity) × 1 million
where,
Total complaints = Shrinkage complaints + poor quality complaints + wear off complaints + fitting issue complaints
= 22 + 16 + 12 + 8
= 58 customers defects
And, the total number of defects opportunity would be equal to
= Number of t-shirts sold × number of possible complaints
= 1,200 × 4
= 4,800
Now put these values to the above formula
So, the value would be equal to
= (58 ÷ 4,800) × 1,000,000
= 12,083
Answer:
For both 10,000 units and 20,000 units, the best alternative is Vendor B
Explanation:
Using the information provided in the question, we can write the following:
Annual Volume of 10,000 units
Internal Alternative 1
Variable costs = 170,000 (we multiply the variable cost per unit by total units)
Fixed costs = 20,000
Total costs = 370,000
Internal Alternative 2
Variable costs = 140,000
Fixed costs = 240,000
Total costs = 380,000
Vendor A
Total cost = 200,000 (we simply multiply the price by the quantity)
Vendor B
Total cost = 180,000
Vendor C
Total cost = 190,000
The cheapest option is Vendor B
Now for the 20,000 units:
Internal Alternative 1
Variable costs = 340,000
Fixed costs = 200,000
Total costs = 540,000
Internal Alternative 2
Variable costs = 280,000
Fixed costs = 240,000
Total costs = 520,000
Vendor A
Total cost = 400,000
Vendor B
Total cost = 360,000
Vendor C
Total cost = 380,000
Therefore, Vendor B is once again, the cheapest alternative.
Answer:
marginal cost is 15 cents
Explanation:
given data
car rent = $29.95
distance d1 = 150 miles
cost = 15 cents per miles
distance d2 = 200 miles
to find out
marginal cost
solution
first we find here cost for driving d2
cost for 150 to 200 miles = 15 × 50
cost for 150 to 200 miles = 750 cents = $7.5
so
cost for driving d2 = $7.5 + $29.95
cost for driving d2 = $37.45
so
marginal cost will be
marginal cost = change in cost / chance in distance
marginal cost = 37.45 - 39.95 / ( 200-150)
marginal cost = 7.5 / 50 = 0.15
marginal cost is 15 cents
