Easy2Siksha.com
1. Price vs variable cost:
o Selling price offered = Rs. 1.50 per belt.
o Variable manufacturing cost per belt = Rs. 3.00.
o Even ignoring depreciation, producing a belt costs Rs. 3.00 in materials +
labour + variable overhead, which is higher than the offered price 1.50. So
each belt would lose 3.00 − 1.50 = Rs. 1.50 on a pure variable basis.
2. Capacity:
o Annual manufacturing capacity = 30,000 belts.
o Order size = 50,000 belts → exceeds capacity.
o Even if the factory tanks capacity to 30,000, the remaining 20,000 belts
would need to be subcontracted or bought from outside; both options still
cost at least Rs. 2.00 each to buy (supplier price), which is still >1.50 selling
price.
Numeric check if we tried to produce 30,000 ourselves and buy 20,000:
• Produce 30,000: variable cost 3.00 × 30,000 = 90,000; plus depreciation maybe rises
because machine used more, but depreciation fixed at 9,000 per year (if we bought
machine for this purpose).
• Buy 20,000: 20,000 × 2.00 = 40,000.
• Total cost = 90,000 + 40,000 = 130,000.
• Revenue from selling 50,000 at 1.50 = 50,000 × 1.50 = 75,000.
• Loss = 130,000 − 75,000 = 55,000 (a big loss). So definitely not acceptable.
Even if LNM doesn’t manufacture and instead buys all 50,000 belts at Rs. 2.00 and sells at
1.50, every belt loses 0.50 — total loss 50,000 × 0.50 = 25,000. Still bad.
Conclusion for (b): The order at Rs. 1.50 should be rejected. The offered price is below both
variable cost of manufacture (3.00) and the purchase price (2.00). Accepting would cause a
cash loss.
Simple diagram to visualize the decision
+---------------------------+
| LNM needs / offered order|
+---------------------------+
/ \
/ \
(a) Own need 20,000 (b) External order 50,000
Buy = 20,000×2 = 40,000 Revenue = 50,000×1.5 = 75,000
| |
Make? compute costs Can we make cheaply?
Variable = 3.00/unit Var cost = 3.00/unit > 1.50
Depn = 9,000/yr => 0.45/unit
Total = 3.45/unit => 69,000/yr
| |
Decision: Buy (40,000) Decision: Reject order
(Cheaper than 69,000) (Would create losses)