Answer:
What Baldwin pays to its employees per hour is $29.63
Explanation:
Consider the following calculations to find the Baldwin pays to its employees.
Total raise = 5% + 0.25% = 5.25%
Present wages = $28.15
Baldwin will pay = $28.15* (1.0525) = $29.63
Baldwin will pay its employees $x + 0.0025x + annual raise per hour if productivity goals are reached which is $29.63
To calculate how much Baldwin will pay its employees per hour, we need to consider the additional performance bonus of 0.25% and the annual raise. Let's assume the current hourly rate is $x. The additional performance bonus can be calculated by multiplying 0.25% by the hourly rate, which is 0.0025x. The total amount per hour will then be the sum of the hourly rate, the additional performance bonus, and the annual raise.
Therefore, Baldwin will pay its employees $x + 0.0025x + annual raise per hour if productivity goals are reached. Thus, it can be calculated as -
Total raise = 5% + 0.25% = 5.25%
Present wages = $28.15
Baldwin will pay = $28.15* (1.0525)
= $29.63
#SPJ3
Answer:
$22,500
Explanation:
Activity based costing (ABC) is a method of cast allocation where the overheads and other indirect costs are allocated to products and services based on the volume of different activities consumed by each product.
The total cost pool is divided by the defined cost drivers to determine the cost driver rate.
Titanium Hours Aluminium hours Cost
Assembly 500 500 1000 45000
Inspection 350 150 500 75000
Labor hours 2100 1900 4000 120000
Cost per labor hour = 120000/4000= 30
Using activity based costing , portion of the assembly cost assigned to titanium Racquets = Titanium assembly hours / total assembly hours * total assembly cost
500/1000*45000
=22,500
Answer:
$410,000
Explanation:
Residual income = operating income - (rate of return*average operating assets)
= $690,000-(14%*$2,000,000)
=$690,000-$280,000
=$410,000
Therefore the Top Hat Division's Residual Income (RI) would be $410,000
Answer:
$196.91
Explanation:
The computation of the current value is shown below:
D1 = ($2.4 × 1.17) = 2.808
D2 = ($2.808 × 1.17) = 3.28536
D3 = (3.28536 × 1.17) = 3.8438712
D4 = (3.8438712 × 1.17) = 4.4973293
Now
Value after year 4 is
= (D4 × Growth rate) ÷ (Required return - Growth rate)
= (4.4973293 × 1.06) ÷ (0.079 - 0.06)
= 250.903635
Now the current value is
= Future dividend and value × Present value of discounting factor
=$2.808 ÷ 1.079 + 3.28536 ÷ 1.079^2 + 3.8438712 ÷ 1.079^3 + 4.4973293 ÷ 1.079^4 + 250.903635 ÷ 1.079^4
= $196.91
The current value of a share of Bell Weather Co.'s stock can be calculated using the Gordon Growth Model, which incorporates the dividend growth rate and the required rate of return. For the first four years, the annual dividend of $2.40 grows at 17 percent a year. From the fifth year onward, it would grow at a rate of 6% against a required rate of return of 7.90%.
Considering Bell Weather Co.'s dividend growth, we can calculate the present value of each future dividend and then sum those values to determine the current stock price. If the annual dividend of $2.40 is expected to grow by 17 percent a year for the next four years, and then drop to a growth rate of 6% per year, we can calculate the stock price based on the required rate of return of 7.90%. This is achieved by using the two-stage dividend discount model, also known as the Gordon Growth Model. This model takes into account the dividend growth rate and the required rate of return to find the stock price.
For example, the dividends for the first four years would be D1 = 2.40*(1+0.17) = $2.808, D2 = 2.808*(1+0.17) = $3.285, D3 = 3.285*(1+0.17) = $3.844, D4 = 3.844*(1+0.17) = $4.495.
The dividends from the fifth year onward would be growing at a consistent rate of 6%. The value of the stock would be the present value(sum) of these dividends, discounted back at the required return of 7.9%.
#SPJ13
Answer:
Option B) 3 or 4; 2 or fewer
Explanation:
A high quality factor will not meet 3 or 4 and low quality factor will not meet 1 or 0 so option A, C and D are incorrect.
The correct option is B. 3 or 4; 2 or fewer as a high quality factor will meet three or four of the AQCD criteria; a low quality factor will meet two or fewer of the AQCD critieria.
Answer:
a. Contribution margin ratio = Contribution per unit/selling price
= $18/$$5
= 0.4 = 40%
b. Contribution per unit = Selling price - Variable cost per unit
= $45 - $27
= $18
c. Income from operations $
Total contribution ($18 x 160,000 units) 2,880,000
Less: Fixed cost 975,000
Income from operations 1,905,000
Explanation:
Contribution margin ratio is the ratio of contribution per unit to selling price
Contribution per unit is the excess of selling price over variable cost per unit
Income from operation is the excess of total contribution over fixed cost