The answer is explained in detail below
Explanation:
[tex]a_{KC} = 2[/tex]
[tex]a_{LC} = 2[/tex]
[tex]a_{KF} = 3[/tex]
[tex]a_{LF} = 1[/tex]
Labor, L = 2000; Capital, K = 3000
Labour constraint,
[tex]2Q_{c} + Q_{F} \leq 2000[/tex]
Capital constraint ,
[tex]2Q_{c} + 3Q_{F} \leq 3000[/tex]
Solving the equation further, we get
[tex]Q_{F} \leq 2000 - 2Q_{C}[/tex]
[tex]Q_{F} \leq 1000 - \frac{2}{3} Q_{C}[/tex]
- The range for the relative price of cloth such that the economy produces both cloth and food is 2/3 and 2
- Low cloth production → economy will use relatively more labor to produce cloth → opportunity cost of cloth is 2/3rd units of food.
- High cloth production → economy dips on labor → taking capital away from food production → raising opportunity cost of cloth to 2 units of food.
- If relative price of cloth lies between 2/3 and 2 units of food, the economy produces both goods.
- If the price of cloth decreases below 2/3 → complete specialization in food production → low compensation for producing cloth
- If the price of cloth rises above 2 → complete specialization in cloth production → low compensation for producing food