The amount of pollution content added in air in a city due to `x` diesel vehicles is given by `P(x)=0.005x^3+0.02x^2+30x.` Find the marginal increase in pollution content when 3 diesel vehicles are added and write which value is indicated in the above question.

The amount of pollution content added in air in a city due to x-diesel vehicles is given by P(x)=0. 005 x^3+0. 02 x^2+30 xdot Find the marginal increase in pollution content when 3 diesel vehicles are added and write which value is indicated in the above question.

The amount of pollution content added in a ir in a city due to x-diesel vehicles is given by p(x)= 0.005x^(3) + 0.02x^(2) + 30x . Find the marginal increase in pollution content when 3 diesel vehicles are added.

The total cost function is given by C(x) = 2x^(3)-3.5x^(2) +x . Find the marginal average cost function.

The revenus function is given by R (x) = 100 x -x ^(2) -x ^(3) . Find Marginal revenue function.

The total cost C(x) in rupees, associated with the production of x units of an item is given by C(x)=0.05x^(3)-0.01x^(2)+20x+1000 . Find the marginal cost when 3 units are produced .

If C=0.003x^3+0.02x^2+6x+250 gives the amount of carbon pollution in air in an area on the entry of x number of vehicles, then find the marginal carbon pollution in the air, when 3 vehicles have entered in the area.

The total cost C (x) in Rupees associated with the production of x units of an item is given by C (x)= 0.007 x^3- 0.003 x^2 +15x+ 4000 . Find the marginal cost when 17 units are produced.

The total cost C(x) in Rupees, associated with the production of x units of an item is given by C(x)=0. 005 x^3-0. 02 x^2+30 x+5000 . Find the marginal cost when 3 units are produced, where by marginal cost we mean the instantaneous rate of change

The total revenue received from the sale of x units of a product is given by R(x) = 20 x - 0.5x^(2) . Find Marginal revenue

The total cost C(x) in Rupees, associated with the production of x units of an item is given by C(x)=0. 005 x^3-0. 02 x^2+30 x+5000 . Find the marginal cost when 3 units are produced, where by marginal cost we mean the instantaneous rate of change of total cost at any level of output.