What is Constant Returns to scale
What is Constant Returns to scale?
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Firms cannot keep increasing returns to scale indefinitely after the first stage; therefore, firm enters a stage while total output tends to increase at a rate that is equal to the rate of increase in inputs. Such stage comes in to operation while the economies of large scale production are neutralized through the diseconomies of huge scale operation.
Explain the Economies of Scale.
Suppose that the auto market started at the intersection of S0 and D0, and subsequently higher labor costs drove up prices for latest cars. How will it influence the market for automobiles?: (w) Higher wages for auto workers drive up the total ma
State the assumptions of Law of Demand?
Explain the cost function in briefly.
Illustrates the term Law of Demand? Answer: The law of Demand is termed as the “first law in market”. It shows the relation in between quantity and price
Workers tend to be less productive at the margin like they work along with increasingly huge amounts of: (w) physical capital. (x) personal human capital. (y) technology which makes them narrow specialists. (z) labor from other people on an assembly line.
When this purely competitive labor market is firstly into equilibrium at D0L, S0L, raise in labor productivity will result within equilibrium being attained at: (w) D0L, S0L. (x) D1L, S0L
A firm which provides its workers along with substantial exact training tends to: (i) pay such individuals premium wages to try to make sure retaining these workers. (ii) require workers to sign legal contracts of peonage and indenture. (iii) increase
General training occurs while a: (w) secretary learns a new office procedure. (x) handyman learns to drive a semi-truck. (y) messenger learns the company’s in-house mail route. (z) navy recruit learns how to repair a guided missile.
The relationship between the elasticity of demand for labor and the elasticity of demand for a specific type of output the labor produces is: (1) uniformly negative. (2) uniformly positive. (3) zero. (4) curvilinear. (5) highly variab
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