Answer:
Which shop will benefit the most from its expansion?
- B. Donny, because his workers currently have less available capital to work with
The law of marginal returns applies here, that is why Sunshine donuts didn't produce twice as many by using more machines
How much should Donny realistically expect his production to increase with the new equipment?
Similar to the additional production that Sunshine had in the past.
How much should Sunshine realistically expect her production to increase with the new equipment?
Maybe even a little more than 50 dozen, but definitely less than 80 or 100.
Answer:
$1,275,000
Explanation:
The computation of the contribution margin is shown below:
As we know that
Contribution margin = Sales - variable cost
or
Selling price per unit - variable cost per unit
And, the direct material per unit, direct labor per unit, and the Variable overhead per unit are variable cost
So, if 50,000 units are sold, the contribution margin per unit is
= 50,000 × ($33 - $1.50 - $2.50 - $3.50)
= $1,275,000
Lucia’s analysis is subject to assumptions because(c) The analysis lacks validity if the total fixed costs required for the calculated break-even point generates too low of capacity.
Explanation:
Cost-volume-profit analysis is used to make short-term decisions.
Cost-volume-profit (CVP) analysis is used to study the changes in cost and volume and how its impact on the company's operating income and net income.
While performing <u>Cost-volume-profit (CVP) analysis</u> several assumptions are made like assuming the Sales price per unit to be constant. Variable costs per unit to be constant.
The five basic component of CVP analysis includes
- volume or level of activity
- unit selling price
- variable cost per unit
- total fixed cost
- sales mix.
Sue will pay back $507.20 in interest expense.
Explanation:
The formula for calculating simple interest is:
SI = P x r x t ÷ 100
- P = Principal
- r = Rate of Interest
- t = Term of the loan/deposit in years
In the given problem,
- Sue Gastineau borrowed $17,000 from Regions Bank so, P = $17000
- Sue Gastineau borrowed $17,000 from Regions Bank at a rate of 5.5%, so r = 5.5 %
- Number of days of the loan = March 5 to September 19
- Sue borrowed $17,000 from Regions Bank for the period of = 198 days, So t = 198 / 365
Simple Interest = (17000 * (5.5/100) * (198/365))
Simple Interest = (17000 * (0.055) * (0.5424657534246575))
Simple Interest = (17000 * (0.055) * (0.5424657534246575))
Simple Interest = $507.20
