Question

In: Economics

Indiana Petroleum Company’s Profit is a function of Q1 = heating oil and Q2 = gasoline:...

Indiana Petroleum Company’s Profit is a function of Q1 = heating oil and Q2 = gasoline: Π = -50 +120*Q1 + 90*Q2 – 9*Q12 – 8*Q22 – 2*Q1*Q2. Find the profit-maximizing amounts of Q1 and Q2 as well as the profit. You can use excel.

Solutions

Expert Solution

Indiana Petroleum Company’s Profit is a function of Q1 = heating oil and Q2 = gasoline:

Now, we will find out the profit maximizing values of Q1 and Q2. We will use basic calculus to find the optimal values.

If, profit is maximized with respect to Q1 and Q2, then we must have,

dπ/dQ1 = 0

or, 120 - 9×(2.Q1) - 2.Q2 = 0

or, 9.Q1 + Q2 = 60.........(1)

And, also

dπ/dQ2 = 0

or, 90 - 8×(2.Q2) - 2.Q1 = 0

or, Q1 + 8.Q2 = 45.........(2)

Now, we will solve equations (1) and (2)

Hence, multiplying equation (1) with 8, we get

72.Q1 + 8.Q2 = 480........(3)

Now, subtracting equation (2) from equation (3), we get

72.Q1 + 8.Q2 - Q1 - 8.Q2 = 480 - 45

or, 71.Q1 = 435

or, Q1* = 6.126 ~ 6.13 (Approx)

Now, putting Q1*=6.12 in equation 1, we get

9.Q1* + Q2* = 60

or, 9×6.13 + Q2* = 60

or, Q2* = 4.83

Hence, optimal profit maximizing value of Q1 and Q2 are: Q1* = 6.13 and Q2* = 4.83.

Now putting Q1* = 6.13 and Q2* = 4.83 in π function, we get

or,

or, π* = $536.26 (Approx)

Hence, the optimal profit is: π* = $536.26.

Hope the solution is clear to you my friend.


Related Solutions

Q1. Explain the working of magnetometer in petroleum industry with suitable diagram                              Q2
Q1. Explain the working of magnetometer in petroleum industry with suitable diagram                              Q2. What strategies are used to be adopted for exploration in stratigraphic traps? Q5. Discuss composition of crude oil with reference to different sulfur and nitrogen and their effects in crude oil.                       
Suppose the utility function for goods q1 and q2 is given by U(q1,q2)=q1q2 +q2 (a) Calculate...
Suppose the utility function for goods q1 and q2 is given by U(q1,q2)=q1q2 +q2 (a) Calculate the uncompensated (Marshallian) demand functions for q1 and q2 (b) Describe how the uncompensated demand curves for q1 and q2 are shifted by changes in income (Y) or the price of the other good. (c) Calculate the expenditure function for q1 and q2 such that minimum expenditure = E(p1, p2, U) (d) Use the expenditure function calculated in part (c) to compute the compensated...
Suppose the utility function for goods q1 and q2 is given byU(q1,q2)=q1q2 +q2 (a) Calculate the...
Suppose the utility function for goods q1 and q2 is given byU(q1,q2)=q1q2 +q2 (a) Calculate the uncompensated (Marshallian) demand functions for q1 and q2 (b) Describe how the uncompensated demand curves for q1 and q2 are shifted by changes in income (Y) or the price of the other good. (c) Calculate the expenditure function for q1 and q2 such that minimum expenditure = E(p1, p2, U) (d) Use the expenditure function calculated in part (c) to compute the compensated demand...
Given a utility function: U(q1, q2) = q1 + q 2^2 where q1 and q2 is...
Given a utility function: U(q1, q2) = q1 + q 2^2 where q1 and q2 is the consumption of good 1 and good 2 respectively. and the budget constraint: p1q1 + p2q2 = Y where p1 and p2 are prices of good 1 and good 2 respectively, Y is the consumer’s income a. Holding p2 and Y fixed, find the demand function for good 2. b. Holding p1 and p2 fixed, find the functional form of the Engel curve for...
Suppose the utility function for goods q1 and q2 is given by U(q1, q2) = q1q2...
Suppose the utility function for goods q1 and q2 is given by U(q1, q2) = q1q2 + q2 6 (a) Calculate the uncompensated (Marshallian) demand functions for q1 and q2 2 (b) Describe how the uncompensated demand curves for q1 and q2 are shifted by changes in income (Y) or the price of the other good. 3 (c) Calculate the expenditure function for q1 and q2 such that minimum expenditure = E(p1, p2, U) 4 (d) Use the expenditure function...
1. Suppose the utility function for goods q1 and q2 is given by U(q1, q2) =...
1. Suppose the utility function for goods q1 and q2 is given by U(q1, q2) = q1q2 + q2 (a) Calculate the uncompensated (Marshallian) demand functions for q1 and q2 (b) Describe how the uncompensated demand curves for q1 and q2 are shifted by changes in income (Y) or the price of the other good. (c) Calculate the expenditure function for q1 and q2 such that minimum expenditure = E(p1, p2, U) (d) Use the expenditure function calculated in part...
Given a utility function: U(q1,q2)=q1 +βlnq2 where q1 and q2 is the consumption of good 1...
Given a utility function: U(q1,q2)=q1 +βlnq2 where q1 and q2 is the consumption of good 1 and good 2 respectively, β is a positive constant, and the budget constraint: p1q1 + p2q2 = Y where p1 and p2 are prices of good 1 and good 2 respectively, Y is the consumer’s income a. Holding p2 and Y fixed, find the demand function for good 2. b. Holding p1 and p2 fixed, find the functional form of the Engel curve for...
1. Suppose the utility function for goods q1 and q2 is given by U(q1,q2) = q1q2...
1. Suppose the utility function for goods q1 and q2 is given by U(q1,q2) = q1q2 + q2 (a) Calculate the uncompensated (Marshallian) demand functions for q1 and q2 (b) Describe how the uncompensated demand curves for q1 and q2 are shifted by changes in income (Y) or the price of the other good. (c) Calculate the expenditure function for q1 and q2 such that minimum expenditure = E(p1,p2, U) (d) Use the expenditure function calculated in part (c) to...
Carl enjoys Coffee (q1) and smoothie (q2) and the utility function is: U=q1^2 + q2^2 Suppose...
Carl enjoys Coffee (q1) and smoothie (q2) and the utility function is: U=q1^2 + q2^2 Suppose that Carl has $100 spend on coffee and smoothies and the price of a pitcher of smoothie is $10 and the price of a coffee jar is $4. e) Derive Carl’s optimal bundle. Draw the graph of the budget constraint and show the optimal bundle on the graph. Draw a free hand indifference curve. It is not necessary to use the given utility function...
The demand function in a duopoly is: P = 100 – 2(Q1 + Q2). If the...
The demand function in a duopoly is: P = 100 – 2(Q1 + Q2). If the first firm decides to sell 10 units while the second firm sells 20 units, which of the following will be true? The second firm will earn twice as much revenue as the first firm. The second firm will sell at a lower price than the first firm. An increase in one firm’s output will not affect the other firm’s revenue. The first firm will...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT