The Marginal Rate of Transformation (MRT) measures the opportunity cost of producing one more unit of a good in terms of another good. It is determined by the production capabilities of an economy, specifically along its Production Possibilities Frontier (PPF).
The MRT between two goods X and Y is defined as the ratio of the marginal cost of producing good X ($MC_X$) to the marginal cost of producing good Y ($MC_Y$).
The formula is expressed as:
$MRT_{X, Y} = \frac{MC_X}{MC_Y}$
This ratio indicates how many units of good Y must be sacrificed to produce one additional unit of good X, given the available resources and technology.
While the MRT can be equal to the Marginal Rate of Substitution ($MRS_{X, Y}$) and the price ratio ($\frac{P_X}{P_Y}$) at the point of economic efficiency or equilibrium, its fundamental definition is based on the costs of production.
Therefore, the correct definition of MRT is based on the ratio of marginal costs.
Conclusion: The definition $MRT_{X, Y} = \frac{MC_X}{MC_Y}$ accurately represents the Marginal Rate of Transformation.
Which of the following statement is correct?
I. Indifference curves are sloping from left to right.
II. Higher indifference curve gives a higher level of utility.
If in a production process, all inputs are tripled, which of the following statements follows?
I. If the output is tripled, then decreasing returns to scale apply.
II. When the output is doubled, constant returns to scale apply.
III. If the output is more than tripled, then increasing returns to scale apply.
A market, in which there are a large number of firms, homogeneous product, infinite elasticity of demand for an individual firm and no control over price by firms, is termed as________.
If the two goods are substituted, then the indifference curve will be:
The government multiplier is given by (where c = MPC and t = tax rate)