6_short_term_decision_making Flashcards

(39 cards)

1
Q

What is Cost-Volume-Profit (CVP) Analysis?

A

A technique that examines the relationship between costs, volume (activity level), and profit. It helps managers understand how changes in costs and volume affect profit and make informed decisions.

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2
Q

What is the Break-Even Point (BEP)?

A

The level of activity (sales volume) at which total revenue equals total costs. At this point, the business makes neither a profit nor a loss. Below BEP = loss, Above BEP = profit.

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3
Q

Break-Even Point in Units Formula

A

BEP (units) = Total Fixed Costs / Contribution per unit

Where:
- Total Fixed Costs = all fixed costs for the period
- Contribution per unit = Selling Price per unit - Variable Cost per unit

This tells you how many units must be sold to break even.

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4
Q

Break-Even Point Example 1 (Units)

A

Selling price per unit = £50
Variable cost per unit = £30
Fixed costs = £40,000

Contribution per unit = £50 - £30 = £20
BEP (units) = £40,000 / £20 = 2,000 units

Must sell 2,000 units to break even.

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5
Q

Break-Even Point Example 2 (Units)

A

Selling price per unit = £100
Variable cost per unit = £60
Fixed costs = £80,000

Contribution per unit = £100 - £60 = £40
BEP (units) = £80,000 / £40 = 2,000 units

Must sell 2,000 units to break even.

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6
Q

Break-Even Point in Revenue Formula

A

BEP (revenue) = Total Fixed Costs / Contribution to Sales (C/S) Ratio

Where:
- C/S Ratio = (Contribution per unit / Selling Price per unit) × 100
OR
- C/S Ratio = (Total Contribution / Total Sales Revenue) × 100

This tells you the sales revenue needed to break even.

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7
Q

Contribution to Sales (C/S) Ratio Formula

A

C/S Ratio = (Contribution / Sales Revenue) × 100

OR

C/S Ratio = (Contribution per unit / Selling Price per unit) × 100

This shows what percentage of each sales pound is contribution. Also called Profit-Volume (P/V) Ratio.

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8
Q

C/S Ratio Example

A

Selling price per unit = £50
Variable cost per unit = £30
Contribution per unit = £20

C/S Ratio = (£20 / £50) × 100 = 40%

This means 40% of each £1 of sales contributes to covering fixed costs and profit.

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9
Q

Break-Even Point Example (Revenue)

A

Fixed costs = £40,000
Selling price per unit = £50
Variable cost per unit = £30
C/S Ratio = 40% (from previous example)

BEP (revenue) = £40,000 / 0.40 = £100,000

Must achieve £100,000 in sales revenue to break even.
Check: 2,000 units × £50 = £100,000 ✓

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10
Q

What is the Margin of Safety?

A

The amount by which actual or budgeted sales EXCEED the break-even sales level. It measures how much sales can fall before a loss is made. A larger margin = less risk.

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11
Q

Margin of Safety in Units Formula

A

Margin of Safety (units) = Budgeted/Actual Sales Units - Break-Even Sales Units

This shows how many units of buffer exist above break-even.

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12
Q

Margin of Safety as Percentage Formula

A

Margin of Safety (%) = (Margin of Safety in Units / Budgeted/Actual Sales Units) × 100

This expresses the safety margin as a percentage of budgeted/actual sales.

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13
Q

Margin of Safety Example

A

Break-even sales = 2,000 units
Budgeted sales = 2,500 units

Margin of Safety (units) = 2,500 - 2,000 = 500 units
Margin of Safety (%) = (500 / 2,500) × 100 = 20%

Sales can fall by 500 units or 20% before making a loss.

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14
Q

Interpreting Margin of Safety

A

High Margin of Safety (e.g., >30%): Lower risk, substantial buffer before losses
Medium Margin (15-30%): Moderate risk, reasonable buffer
Low Margin (<15%): High risk, vulnerable to demand fluctuations
Negative Margin: Currently making a loss, below break-even

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15
Q

What is Target Profit?

A

The desired level of profit a business wants to achieve. CVP analysis can calculate the sales volume needed to achieve this target.

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16
Q

Target Profit Formula (Units)

A

Units to achieve Target Profit = (Fixed Costs + Target Profit) / Contribution per unit

This shows how many units must be sold to achieve the desired profit.

17
Q

Target Profit Example 1

A

Fixed costs = £40,000
Contribution per unit = £20
Target profit = £30,000

Units required = (£40,000 + £30,000) / £20 = £70,000 / £20 = 3,500 units

Must sell 3,500 units to make £30,000 profit.

18
Q

Target Profit Example 2

A

Fixed costs = £100,000
Selling price = £80 per unit
Variable cost = £50 per unit
Target profit = £50,000

Contribution per unit = £80 - £50 = £30
Units required = (£100,000 + £50,000) / £30 = £150,000 / £30 = 5,000 units

19
Q

Target Profit Formula (Revenue)

A

Sales Revenue to achieve Target Profit = (Fixed Costs + Target Profit) / C/S Ratio

This shows the sales revenue needed to achieve the desired profit.

20
Q

Target Profit Example (Revenue)

A

Fixed costs = £40,000
Target profit = £30,000
C/S Ratio = 40%

Sales Revenue required = (£40,000 + £30,000) / 0.40 = £70,000 / 0.40 = £175,000

Must achieve £175,000 in sales to make £30,000 profit.

21
Q

What are the assumptions of CVP Analysis?

A
  1. Selling price per unit is constant (no volume discounts)
  2. Variable cost per unit is constant (no economies of scale)
  3. Fixed costs remain constant over the relevant range
  4. All units produced are sold (no inventory changes)
  5. Sales mix remains constant (for multi-product analysis)
  6. Technology and efficiency remain constant
22
Q

What is a Limiting Factor?

A

A scarce resource that restricts an organization’s ability to meet demand or achieve objectives. Also called a key factor or bottleneck. Examples: limited machine hours, labour hours, materials, or floor space.

23
Q

When does Limiting Factor Analysis apply?

A

When demand exceeds the organization’s capacity due to a scarce resource. The business must decide which products to produce/sell to maximize profit given the constraint.

24
Q

Limiting Factor Analysis - Decision Rule

A

Prioritize production of products that generate the HIGHEST contribution per unit of the limiting factor. Produce/sell these products first until demand is met or the limiting factor is exhausted.

25
Limiting Factor Analysis - Step 1
Identify the limiting factor (the scarce resource). Examples: - Machine hours available < machine hours needed - Labour hours available < labour hours needed - Materials available < materials needed
26
Limiting Factor Analysis - Step 2
Calculate the contribution per unit for each product. Contribution per unit = Selling Price - Variable Costs
27
Limiting Factor Analysis - Step 3
Calculate the contribution per unit of the limiting factor for each product. Contribution per unit of limiting factor = Contribution per unit / Units of limiting factor required per unit
28
Limiting Factor Analysis - Step 4
Rank the products based on contribution per unit of limiting factor (highest to lowest). Products with the highest contribution per limiting factor unit should be produced first.
29
Limiting Factor Analysis - Step 5
Create an optimal production plan: 1. Produce highest-ranked product until demand is met or limiting factor exhausted 2. Move to next highest-ranked product 3. Continue until limiting factor is fully used
30
Limiting Factor Example - Setup
Product A: Selling price £50, Variable cost £30, Machine hours 2 hrs/unit, Demand 1,000 units Product B: Selling price £40, Variable cost £20, Machine hours 1 hr/unit, Demand 1,500 units Product C: Selling price £60, Variable cost £25, Machine hours 3 hrs/unit, Demand 800 units Available machine hours = 5,000 hours Limiting factor = Machine hours
31
Limiting Factor Example - Step 2 (Contributions)
Product A: Contribution = £50 - £30 = £20 per unit Product B: Contribution = £40 - £20 = £20 per unit Product C: Contribution = £60 - £25 = £35 per unit Note: Product C has highest contribution per unit, but that's not the deciding factor!
32
Limiting Factor Example - Step 3 (Contribution per LF)
Product A: £20 / 2 machine hours = £10 per machine hour Product B: £20 / 1 machine hour = £20 per machine hour Product C: £35 / 3 machine hours = £11.67 per machine hour Product B generates the most contribution per limiting factor!
33
Limiting Factor Example - Step 4 (Ranking)
Ranking by contribution per machine hour: 1st: Product B (£20 per machine hour) 2nd: Product C (£11.67 per machine hour) 3rd: Product A (£10 per machine hour) Produce in this order!
34
Limiting Factor Example - Step 5 (Production Plan)
Available: 5,000 machine hours Product B (1st priority): - Demand = 1,500 units × 1 hr = 1,500 hours used - Remaining = 5,000 - 1,500 = 3,500 hours Product C (2nd priority): - Demand = 800 units × 3 hrs = 2,400 hours used - Remaining = 3,500 - 2,400 = 1,100 hours Product A (3rd priority): - Can produce 1,100 hrs / 2 hrs per unit = 550 units (out of 1,000 demand)
35
Limiting Factor Example - Optimal Profit
Optimal plan: - Product B: 1,500 units × £20 contribution = £30,000 - Product C: 800 units × £35 contribution = £28,000 - Product A: 550 units × £20 contribution = £11,000 Total Contribution = £69,000 Less: Fixed Costs (assume £40,000) Total Profit = £29,000
36
What if there's NO limiting factor?
If there's no limiting factor (enough capacity for all demand), simply produce all products up to their demand level. The limiting factor analysis is not needed. Maximize profit by selling everything you can.
37
Make or Buy Decision using Contribution
When deciding whether to make internally or buy externally: - If relevant cost to make < purchase price: MAKE - If relevant cost to make > purchase price: BUY - Consider: opportunity cost of using capacity, quality, reliability, strategic factors Use contribution per limiting factor if capacity has alternative use.
38
Special Order Decision using Contribution
When considering a one-off order at below normal price: - Accept if: Selling price > Variable costs (generates positive contribution) - Reject if: Selling price < Variable costs (generates negative contribution) - Assumes: spare capacity exists, regular sales not affected, no long-term price implications
39
What is relevant costing?
Only costs that are RELEVANT to a decision should be considered. Relevant costs: - Are future costs (not past/sunk costs) - Differ between alternatives - Are incremental/avoidable Ignore: sunk costs, committed costs, non-cash costs (unless cash effect)