An isoquant curve is a concave line plotted on a graph, showing all of the various combinations of two inputs that result in the same amount of output. Most typically, an isoquant shows combinations of capital and labor and the technological trade-off between the two.
What does an isocost line show?
The isocost line represents the total cost C as constant for all K-L combinations satisfying the equation. “An isocost line shows the different combinations of factors of production that can be employed with a given total cost.”
Why do isoquants not intersect?
Just as two indifference curves cannot cut each other, two isoquants also cannot cur each other. If they intersect each other, there would be a contradiction and we will get inconsistent results. Therefore, isoquants cannot intersect.
How do I get isocost?
The isocost line is a firm’s budget constraint when buying factors of production. To calculate the isocost line for a firm, begin with the total cost equation, TC = (W x L) + (r x K) and solve for K. W= wages, L =labor, r = the rent (what you pay for the use of capital), and K = capital.
What is meant by linear isoquant?
Linear Isoquant: If fixed substitution exists among the factors of production, the isoquant becomes linear. Suppose, in a particular production process reduction of three units of labour can always be compensated by an increase of one unit of capital; then the shape of the isoquant becomes linear.
What is a linear foot measurement?
So, a linear foot measurement is a straight line measurement; width, height, or thickness measurements aren’t included. Linear footage is a measure of length and is commonly used to measure an object or material’s length. You might also see this measurement referred to as a lineal foot .
Can the isoquant be a vertical straight line?
The conclusion is that the isoquant cannot be a vertical straight line. Similarly at point B in figure 9 (C), we have LL 1 units of more labor and KK 1 units of more capital. As compared to point A, both the inputs are higher at point B. Therefore, it is absurd to assume that both the combinations A and B will give the same level of output.
What are the different shapes of isoquants?
The isoquant may assume various shapes depending upon the degree of substitutability of factors. While a smooth and convex isoquant is its normal shape, there are a few exceptional shapes as well, two of which are discussed below: This type of isoquant are depicted by a straight line sloping downward from left to right, as shown in Figure-8.6 (a).
