Answer:
Total cost per unit is $77
Explanation:
Fixed manufacturing overhead per unit = Total fixed manufacturing overhead ÷ Number of units
= $478,800 ÷ 34,200 = $14 per unit
Fixed selling and administrative expenses per unit = Total Fixed selling and administrative expenses ÷ Number of units
= $171,000 ÷ 34,200 = $5 per unit.
Total cost per unit = Direct material + Direct labor + Variable manufacturing overhead + Fixed manufacturing overhead + Variable selling expenses + Fixed selling expenses
Total cost per unit = $15 + $5 + $11 + $14 + $5 + $5 = $55 per unit.
Markup = 40% of total cost = $55 × 40% = $22
Therefore, total selling price per unit = Cost per unit + Markup
= $55 + $22 = $77 per unit.
Answer:
exhibition for companies in a specific industry to showcase and demonstrate their new products and services. ... Also, an exhibition of businesses offering franchises and/or business opportunity packages for sale.
Answer:
Functional need
Explanation:
Functional need -
It refers to the needs of the human being , which are important for the survival , is referred to as functional need .
These are basic requirements which are important for the day to day activities of the people .
Hence , from the scenario of the question,
Sarah bought a cycle , but as soon as she realized that basket is important for keeping her bag and other item .
Hence, the need of basket is the functional need .
Answer:
See below
Explanation:
Basic models Deluxe models
Sales price $44 $54
Variable costs $25 $25
Contribution margin $9 $29
×
Sales mix 1 3
Total contribution margin $9 $87
Contribution margin per unit = $9 + $87 = $96
Weighted contribution margin= Total contribution margin / Units
= $96 / $4
= $24
Break even point = Total fixed costs / Weighted contribution margin
Break even point = $1,441 / $24
Break even point = 60 units
•Basic units = 60 × 63.33% = 38 units of basic
•Deluxe units = 60 × 43.33% = 26 units of Deluxe units
Answer:
-$414,444.44
Explanation:
The computation of the net present value is shown below:
Net present value = Initial investment + net cash flows ÷ (required rate of return - projected growth rate)
= -$1,570,000 + $104,000 ÷ (12% - 3%)
= -$1,570,000 + $1,155,555.56
= -$414,444.44
Hence, the net present value is -$414,444.44
Since the net present value comes in negative so the project is rejected
