A monopolist's demand function is p= 300...

A monopolist's demand function is p= 300 - 5x. At what price is the marginal revenue zero.

Verified by Experts

The correct Answer is:

Rs 150

Similar Questions

Explore conceptually related problems

A monopolist's demand function is x = 50 - (P)/4 At what price is marginal revenue zero?

A monopolist's demand function is p= 300 - 5x . Find the average revenue function and marginal revenue function.

A monopolist demand function is p=600-4x. Find (i) the marginal revenue function (ii) the relationship between the slopes of AR and MR.

The demand function of a monopolist is p = 300 - 15 x .Find the price at which the mar-ginal revenue vanishes.

If the demand function is p(x) = 20 -(x)/(2) then the marginal revenue when x = 10 is

If the revenue function f(x) = 1/x+2 , then what is the marginal revenue function?

The demand function of a monopolist is given by px = 100. Find the marginal revenue .

For the demand function p= (a)/(x+b)-c , where ab gt 0 , show that the marginal revenue decreases with the increase of x.

If the revenue function is R(x)= (2)/(x) +x+1 , then find the marginal revenue function.

The demand function of a monopolist is given by x = 100 - 4p. The quantity at which MR (marginal revenue) = 0 will be