Users' questions

What is the relationship between returns to scale and cost curves?

What is the relationship between returns to scale and cost curves?

Firms experience constant returns to scale when its long-run average total cost increases proportionally to the increase in output. Therefore, scale does not impact the long-run average cost of the firm. Firms experience constant returns to scale when the long-run average cost curve is flat.

What is the relationship between return and cost?

Companies use the cost of capital metric to judge whether a project is worth the expenditure of resources. Investors use this metric to determine whether an investment is worth the risk compared to the return. When the required rate of return is equal to the cost of capital, it sets the stage for a favorable scenario.

How the concept of returns to scale is linked to cost of production?

Suppose that the production function has constant returns to scale. Thus the total cost of producing ay is a times the total cost of producing y, so that the average cost of production is constant, independent of output. …

What is the relationship between increasing returns to scale and decreasing long-run average total costs?

There are increasing returns to scale when long-run average total cost declines as output increases. There are decreasing returns to scale when long-run average total cost increases as output increases.

Why does increasing returns to scale occur?

An increasing returns to scale occurs when the output increases by a larger proportion than the increase in inputs during the production process. This is owing to the fact that efficiency increases when organizations progress from small-scale to large-scale production.

Where is the minimum efficient scale?

The minimum efficient scale (MES) is the point on the LRAC (long-run average cost) curve where a business can operate efficiently and productively at the lowest possible unit cost.

What is the relationship between risk and return?

The risk-return tradeoff states the higher the risk, the higher the reward—and vice versa. Using this principle, low levels of uncertainty (risk) are associated with low potential returns and high levels of uncertainty with high potential returns.

How does price affect expected return?

Obviously paying less, $500,000, would earn you a higher return. Holding other factors constant, the lower the price you pay, the higher the expected return, which is why it’s so important to consider a stock’s observed market price. The price paid has a direct connection to the return we expect to receive.

What are the causes of increasing returns to scale?

An increasing returns to scale occurs when the output increases by a larger proportion than the increase in inputs during the production process. For example, if input is increased by 3 times, but output increases by 3.75 times, then the firm or economy has experienced an increasing returns to scale.

What do you mean by increasing returns to scale?

Increasing returns to scale is when the output increases in a greater proportion than the increase in input. Decreasing returns to scale is when all production variables are increased by a certain percentage resulting in a less-than-proportional increase in output.

What are the causes of decreasing returns to scale?

The causes for the operation of law of diminishing returns are discussed below:

  • Fixed Factors of Production: The law of diminishing returns applies because certain factors of production are kept fixed.
  • Scarce Factors: ADVERTISEMENTS:
  • Lack of Perfect Substitutes:
  • Optimum Production:

When does scale impact the long run cost curve?

Therefore, scale does not impact the long-run average cost of the firm. Firms experience constant returns to scale when the long-run average cost curve is flat. The area of constant returns to scale is around the center of the curve.

When does the cost function return to scale?

The cost function and returns to scale Suppose that the production function has constant returns to scale . If the input bundle ( z 1 , z 2 ) is the optimal input bundle to produce the output y , then for any constant a > 0, the input bundle ( a z 1 , a z 2 ) is the optimal input bundle to produce the output a y .

How does scale affect the return to scale?

Whereas if a social media platform counts one billion users, the social media service is more valuable to its users. Firms experience constant returns to scale when its long-run average total cost increases proportionally to the increase in output. Therefore, scale does not impact the long-run average cost of the firm.

What happens to the average cost of production when returns to scale decrease?

Similarly, if the production function has decreasing returns to scale then the average cost of production increases, and if the production function has increasing returns to scale then the average cost of production falls: