Individual Demand Functions

An individual molecular structure within an antigen to which an individual antibody binds is an :

If the demand function is p=200-4x , where x is the number of units demanded and p is the price per unit, then MR is

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

S(P) =1/2P + 40 D(P) = 220-P The quantity of a product supplied and the quantity of the product demanded in an economic market are functions of the price of the product. The functions above are the estimated supply and demand functions for a certain product. The function S P( ) gives the quantity of the product supplied to the market when the price is P dollars, and the function D P( ) gives the quantity of the product demanded by the market when the price is P dollars. At what price will the quantity of the product supplied to the market equal the quantity of the product demanded by the market?

if the demand functions is p= sqrt(6-x) , then x at which the revenue will be minimum is

If the demand function is p=200-4x , where x is the number of units demand and p is the price per unit, the marginal revenue is

S(P) =1/2P + 40 D(P) = 220-P The quantity of a product supplied and the quantity of the product demanded in an economic market are functions of the price of the product. The functions above are the estimated supply and demand functions for a certain product. The function S P( ) gives the quantity of the product supplied to the market when the price is P dollars, and the function D P( ) gives the quantity of the product demanded by the market when the price is P dollars. How will the quantity of the product supplied to the market change if the price of the product is increased by $10 ?

A company is selling a certain product. The demand function of the product is linear. The company can sell 2000 units, when the price is Rs8 per unit and when the price is Rs4 per unit, it can sell 3000 units. Determine: (i) the demand function (ii) the total revenue function.

If the demand function is x= (24-2p)/(3) where x is the number of units produced and p is the price per unit, then the revenue function R(x) is

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