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tep24730991 Question 1: CVP relation Sales volume in units 100 Revenue $5,000 Variable costs $2,000 Contribution...
Question 1: CVP relation Sales volume in units 100 Revenue $8,000 Variable costs $7,000 Contribution margin $1,000 Fixed costs $600 Profit $400 a) Compute the following items: price= unit VC= unit CM= b) Write down the CVP relation. Profit = * volume- (e.g., if Profit=4*volume-1000, enter 4 in the first box and 1000 in the second box). c) Predict profit at sales volume of 120 units: d) Your boss gave you a profit target of $700. How many units do...
Question 2: CVP relation version 2 Current sales revenue is $5,000, total variable costs are $1,000, and total fixed costs are $2,000 (no data on units). a) Compute the contribution margin ratio: CMR b) Write down the CVP relation (version 2): profit as a function of sales revenue. Profit = * Revenue - (e.g., if profit = 0.1*Revenue-500, enter 0.1 in the first box and 500 in the second box). c) Predict profit at sales revenue of $10,000: d) Your...
Question 2: CVP relation version 2 Current sales revenue is $5,000, total variable costs are $3,000, and total fixed costs are $5,000 (no data on units). a) Compute the contribution margin ratio: CMR= b) Write down the CVP relation (version 2): profit as a function of sales revenue. Profit = * Revenue - (e.g., if profit = 0.1*Revenue-500, enter 0.1 in the first box and 500 in the second box). c) Predict profit at sales revenue of $10,000: d) Your...
Use the following contribution margin statement for 20X9: 20X9 Sales volume (#units) 100 Revenue $7,500 Variable costs $4,500 Contribution margin $3,000 Fixed costs $1,800 Profit $1,200 Required: a) How much is the price per unit, unit variable cost and unit contribution margin? price= unit VC= unit CM= b) Write down the CVP relation: profit as a function of sales volume in units (fill in the missing numbers in an equation like: Profit = 2 *Volume - 50). Profit = *Volume -...
need help calculating the break even revenue thank you Question 2: CVP relation version 2 Current sales revenue is $5,000, total variable costs are $2,000, and total fixed costs are $2,000 (no data on units). a) Compute the contribution margin ratio: CMR = .6 b) Write down the CVP relation (version 2): profit as a function of sales revenue. Profit = 6 * Revenue - 2000 (e.g., if profit = 0.1*Revenue-500, enter 0.1 in the first box and 500 in...
Use the following contribution margin statement for 20X9: 20X9 Sales volume (#units) 100 Revenue $7,500 Variable costs $4,500 Contribution margin $3,000 Fixed costs $1,800 Profit $1,200 e) How much is the breakeven volume? Breakeven revenue? f) How much is the margin of safety percentage (at current sales volume of 100 units)? (enter percentages as a fraction of 1, i.e., enter 23.47% as 0.2347) g) Based on the margin of safety computed in (f), will you start making a loss if...
Suppose that the price is $40, unit variable cost is $32/unit, and total fixed costs are $3,600. Required: a) Compute the unit contribution margin and contribution margin ratio: unit CM= CM ratio= (enter CMR as a fraction of 1, not as %) b) Write down the CVP relation using CMR: profit as a function of sales revenue. (fill in the missing numbers in an equation like Profit = 0.35 * Revenue - 50). Profit = * Revenue - c) Based on the...
Question 1: Special order Sales volume in units 90 Revenue $6,300 Variable costs $900 Contribution margin $5,400 Fixed costs $1,600 Profit $18 Special order: A client wants to buy 10 units at a discounted price of $30 per unit. This is a one-time deal (l.e., a short-term decision). You have enough spare capacity to fulfill this special order without cutting back on your regular sales. a) Use the gross approach to decide whether you should take the special order: status...
Question 1: Special order Sales volume in units 80 Revenue $8,000 Variable costs $1,600 Contribution margin $6,400 Fixed costs $1,300 Profit $5,100 Special order: A client wants to buy 30 units at a discounted price of $30 per unit. This is a one-time deal (i.e., a short-term decision). You have enough spare capacity to fulfill this special order without cutting back on your regular sales. a) Use the gross approach to decide whether you should take the special order: status...
Question 1: Special order Sales volume in units 90 Revenue $8,100 Variable costs $2,700 Contribution margin $5,400 Fixed costs $1,600 Profit $3,800 Special order: A client wants to buy 40 units at a discounted price of $40 per unit. This is a one-time deal (i.e., a short-term decision). You have enough spare capacity to fulfill this special order without cutting back on your regular sales. a) Use the gross approach to decide whether you should take the special order: status...