Hahn manufacturing purchases a key component of one of its products from a local supplier. the current purchase price is $1,500 per unit. efforts to standardize parts succeeded to the point that this same component can now be used in five different products. annual component usage should increase from 150 to 750 units. management wonders whether it is time to make the component in-house rather than to continue buying it from the supplier. fixed costs would increase by about $40,000 per year for the new equipment and tooling needed. the cost of raw materials and variable overhead would be about $1100 per unit, and labor costs would go up by another $300 per unit produced.

1. should hahn make rather than buy?

2. what is the break-even quantity?

3. what other considerations might be important

Explanation:

(a) should Hahn make rather than buy?

Quantity of key component needed = 750 units

If key component is procured from local supplier = number of units procured*cost per unit  = 750 units * $1500 per unit = $1,125,000

If key component is made in-house:

Total cost of raw materials, variable overhead, labor costs per unit = $1100 + $300 = $1400 per unit

Total variable cost of raw materials, labor, overheads = $1400 per unit * number of units  = $1400*750 = $1,050,000

Total fixed costs = $40,000

Total costs = Total fixed costs + Total variable costs = 40,000 +1,050,000 = $1,090,000

Cost of making in-house ($1,090,000) is less than cost of buying from local supplier ($1,125,000)

So, Hahn should make.

(b) what is the break-even quantity?

Break-even quantity - "x". At BREAK EVEN point the costs of making and the cost of buying is equal.

cost of buying = 1500x

cost of making = fixed+variable costs = 40,000 + 1400x

SO, at break even, 1500x = 40,000 + 1400x

100x = 40,000

or x = 400 units. This is the break even quantity

(c) what other considerations might be important?

Other considerations are:

Timely delivery - timely delivery of components by supplier

Quality - quality of goods supplied

answer; /// i believe the answer is (insider trading)

ans.

heterothermic organisms include those organisms that can switch between homeothermic (having body temperature higher than environment) and poikilothermic (having variation in internal body temperature) strategies.

some migratory birds show heterothermy as they decrease their metabolic rate during cold nights to keep their body temperature low. drop in metabolic rate allows increase in production efficiency of birds that reduces the internal body temperature to make it equal to external cold temperature during cold nights.

thus, the correct answer is 'birds allow their temperature drop in order to increase their production efficiency.'