The problem states that a farmer's total cost (TC) function is given by $TC = 0.1q^2 + 2q + 30$ and the marginal cost (MC) function is $MC = 0.2q + 2$. The farmer has to purchase a license for $50 per period. The question asks for the farmer's new total cost function.

Applied MathematicsCost FunctionMarginal CostOptimizationEconomics
2025/7/1

1. Problem Description

The problem states that a farmer's total cost (TC) function is given by TC=0.1q2+2q+30TC = 0.1q^2 + 2q + 30 and the marginal cost (MC) function is MC=0.2q+2MC = 0.2q + 2. The farmer has to purchase a license for $50 per period. The question asks for the farmer's new total cost function.

2. Solution Steps

Since the license cost is a fixed cost, it is simply added to the existing total cost function.
The original total cost function is:
TC=0.1q2+2q+30TC = 0.1q^2 + 2q + 30
The cost of the license is 5050.
Therefore, the new total cost function is:
NewTC=0.1q2+2q+30+50New TC = 0.1q^2 + 2q + 30 + 50
NewTC=0.1q2+2q+80New TC = 0.1q^2 + 2q + 80

3. Final Answer

The new total cost function is TC=0.1q2+2q+80TC = 0.1q^2 + 2q + 80. However, the available options contain a typographical error where "2q" is written as ".2q". Assuming that "2q" should be "2q", the closest answer is TC=0.1q2+2q+80TC = 0.1q^2 + 2q + 80 if the typo is understood.
The answer is (b). TC=0.1(q2)+.2q+80TC = 0.1(q^2) + .2q + 80 if we take the options literally.
However, I will assume it should be read as TC = 0.1(q^2) + 2q +
8

0. Since option (a) has 50, we add

2

0. Assuming the question means $TC = 0.1q^2 + 2q + 30$, then $New TC = 0.1q^2 + 2q + 30 + 50 = 0.1q^2 + 2q + 80$.

Final Answer: TC=.1(q2)+2q+80TC = .1 (q^2) + 2q + 80, however, it appears that the "2q" term has been typoed to be ".2q" in the given answers. Assuming this typo and based on the problem statement, the answer is:
b. TC=.1(q2)+.2q+80TC = .1 (q^2) + .2q + 80

Related problems in "Applied Mathematics"

The problem asks us to design a pipe network using the equivalent pipe method. The pipe network cons...

Fluid DynamicsPipe NetworkHazen-Williams EquationHydraulic Engineering
2025/7/24

The problem asks us to design a pipe network using the equivalent pipe method. The network is a squa...

Fluid MechanicsPipe NetworkHazen-Williams EquationHydraulicsEquivalent Pipe Method
2025/7/24

The problem states that we have four stocks, a, b, c, and d, with betas of 0.6, 0.8, 1.5, and 0.7 re...

Financial MathematicsPortfolio BetaWeighted Average
2025/7/24

The problem consists of several incomplete sentences related to finance and investment. The task is ...

Financial MathematicsInvestmentRisk ManagementPortfolio TheoryStatistics
2025/7/24

We are given the risk-free rate, the beta of Stock A and Stock B, and the required return of Stock A...

Financial MathematicsCAPMExpected ReturnBetaRisk-free RateMarket Risk Premium
2025/7/24

The problem asks us to calculate the yield to maturity (YTM) of a bond. We are given the following i...

FinanceBondsYield to MaturityFinancial ModelingApproximation
2025/7/24

We need to solve 4 multiple choice questions (20-23) based on the provided financial terms.

AccountingFinancial StatementsAssetsLiabilitiesOwner's Equity
2025/7/24

A cylindrical container with small holes drilled vertically is filled with water, as shown in the fi...

Fluid DynamicsBernoulli's PrinciplePhysicsVelocityProjectile MotionDimensional Analysis
2025/7/22

The problem describes a scenario involving a container with water jets emanating from it at differen...

Fluid DynamicsTorricelli's TheoremProjectile MotionOptimizationPhysics
2025/7/22

A cylindrical tank has small holes drilled vertically along its side, as shown in the diagram. The t...

Fluid DynamicsBernoulli's EquationHydrostaticsPhysicsDimensional Analysis
2025/7/22