Profit=Total revenue - Total cost
Marginal revenue is the change in total revenue over the change in output or productivity.
A wild guess is that it is negative.
Yes. This is because when MR is at 0, TR is at is maximum. Generally firms produce at MR=MC, therefore if MR < 0, then MC > MR and firms will not produce at the this point. And so when MR = 0, this will be the total level of revenue achieved, and so total revenue remains unchanged
Total Room Revenue in a Given Period, Net of Discounts, Sales Tax, and Meals---------------------------------------------# of Available Rooms in Same Period
Differentiation has various applications in real life. For example, in economics, it helps determine the marginal cost and revenue functions, which are essential for maximizing profit. In physics, it is used to calculate rates of change of quantities like velocity and acceleration. In medicine, differentiation is used to determine the rate at which a tumor is growing.
I'm thinking that marginal revenue product is the marginal revenue on one product, and marginal revenue is the marginal revenue on the whole firm sales... I'm wondering the same thing but the above response is incorrect. both terms imply values on one item as indicated by the "marginal"
price = marginal revenue. marginal revenue > average revenue. price > marginal cost. total revenue > marginal co
Firms in most cases opt to select prices in the elastic regions of their demand curve. This fact explains why marginal revenue curve is always below.
Marginal revenue is the change in total revenue over the change in output or productivity.
A company maximizes profits when marginal revenue equals marginal costs.
Explain why the marginal revenue(MR) is always less than the average revenue (AR)?
Marginal Cost = Marginal Revenue, or the derivative of the Total Revenue, which is price x quantity.
A monopolist will set production at a level where marginal cost is equal to marginal revenue.
what is average revenue?
Because in Pure Competition, Demand equals Price, and Price equals Marginal Revenue;hence, Demand equals Marginal revenue.
marginal cost of production
Profits will be maximized when marginal revenue is equal to marginal costs. This will only happen in cases where there are fixed costs.