The isoquant pictured above the various combinations of inputs that serve 30,000
customers/week. The objective is to serve this many of customers at the lowest cost. This
3. It means that holding the number of machines constant, hiring one more clerk will increase
the number of customers serviced by 500. The marginal product of machines must also be 500 at
4. With the reduction in the price of machines, the lowest cost combination in would be to use a
mix of 15 clerks and 50 machines. The total cost for serving 30,000 customers falls to $37,000.
The isocost line for in the above graph would have the same y intercept but a higher X intercept
5. Our analysis has focused on input prices and technology in determining the low cost method
of serving 30,000 customers. This analysis is important and a good place to start. There,
however, are other potential incremental costs and benefits that might affect this type of decision.
For example, customer preferences for using machines versus clerks could be important in
Work force reductions can generate ill will both from labor unions and employees who continue
to work for the firm. This type of ill will can sometimes generate higher costs and lower
productivity. These costs might be mitigated by reducing the workforce through normal attrition
(not replacing workers who quit) rather than by large layoffs. Employees can quit jobs and new
people have to be hired and trained to take their places. Employees also can get sick and miss
work. The costs associated with employee turnover and absenteeism can sometimes be reduced
DEVELOPING ECONOMIES OF SCALE FOR MALAYSIA’S PROTON HOLDING