In: Accounting
Two proposals for manufacturing a new product have been proposed to the board of directors of ‘Salamis’ Ltd. Market research indicates that there is strong demand for the product.
Proposal 1: The company will acquire plant costing £900,000. Fixed expenses (other than depreciation) would amount to £570,000 per annum and variable expenses per unit would be £350.
Proposal 2: The company will acquire plant costing £800,000. Fixed expenses (other than depreciation) would amount to £240,000 per annum and variable expenses per unit would be £400.
In both cases the plant is expected to last five years and to have no scrap value. The straight-line method of depreciation is considered appropriate. The finished product will be marketed for £500 per unit irrespective of the level of sales. The forecast level of demand is 6,000 units per annum. The working capital requirement amounts to £50,000 under each proposal.
Required:
(b) Demonstrate and explain which proposal carries the minimum risk to the business.
(c) For each proposal calculate the contribution and the expected profit.
(d) State which proposal should be accepted and give your reasons including a commentary on both risk and return considerations.
(e) ‘Contribution analysis described in the text books is too simplistic and it is of little relevance to management’. How far do you agree with this statement?
(a) | PROPOSAL 1 | |||||
Cost of Plant | £ 900,000 | |||||
Annual Depreciation(900000/5) | £ 180,000 | |||||
Other Fixed Expenses | £ 570,000 | |||||
Total Fixed Costs | £ 750,000 | |||||
Unit Sales Price | £ 500 | |||||
Variable cost per unit | £ 350 | |||||
Unit Contribution Margin(500-350) | £ 150 | |||||
Breakeven point in units=Total Fixed Costs/Unit Contribution Margin | ||||||
Breakeven point in units=750000/150 | 5,000 | |||||
PROPOSAL 2 | ||||||
Cost of Plant | £ 800,000 | |||||
Annual Depreciation(800000/5) | £ 160,000 | |||||
Other Fixed Expenses | £ 240,000 | |||||
Total Fixed Costs | £ 400,000 | |||||
Unit Sales Price | £ 500 | |||||
Variable cost per unit | £ 400 | |||||
Unit Contribution Margin(500-400) | £ 100 | |||||
Breakeven point in units=Total Fixed Costs/Unit Contribution Margin | ||||||
Breakeven point in units=400000/100 | 4,000 | |||||
b) | Proposal 2 carries lower risk to business | |||||
The Breakeven point is lower | ||||||
Probability of loss is lower | ||||||
c) | CONTRIBUTION AND EXPECTED PROFIT | |||||
PROPOSAL 1 | ||||||
A | Unit Contribution Margin(500-350) | £ 150 | ||||
B | Level of demand in units | 6000 | ||||
C=A*B | Annual Contribution | £ 900,000 | ||||
Expected Profit =Contribution-Fixed Costs | ||||||
D | Fixed Costs | £ 750,000 | ||||
E=C-D | Expected Profit | £ 150,000 | ||||
PROPOSAL 2 | ||||||
A | Unit Contribution Margin(500-400) | £ 100 | ||||
B | Level of demand in units | 6000 | ||||
C=A*B | Annual Contribution | £ 600,000 | ||||
Expected Profit =Contribution-Fixed Costs | ||||||
D | Fixed Costs | £ 400,000 | ||||
E=C-D | Expected Profit | £ 200,000 | ||||
d) | Proposal2 has higher expected profit | |||||
It has lower risk | ||||||
Proposal2 should be accepted | ||||||
e) | Contribution Analysis does not take into consideration the Time Value of Money | |||||