Question

For a certain product, the linear demand curve follows the equation: Quantity = 514 - 94...

For a certain product, the linear demand curve follows the equation: Quantity = 514 - 94 * Price. Calculate Maximum Willingness to Buy, according to this demand equation.

SHOWING HOW YOU GOT THE ANSWER WILL HELP THE MOST. MARKETING METRICS IS THE SUBJECT OF THE QUESTION.

Homework Answers

Answer #1

Maximum willingness to pay or buy is the maximum price at which a custmer would still be willing to buy the product. so it is the price till which there is demand

Q = 514-94*P

Q= Demand of product

P = Price of product

Price at which Demand,Q = 0

0 = 514- 94*P

=> P = 514/94 = 5.47

so there will be demand till price does not reach 5.47

so, Maximum willigness to Buy is 5.47

This can also be find out by plotting the Demand vs Price graph , point at which q is zero is the maximum willingness to pay or buy.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
For a consumer packaged good, the linear demand curve follows the equation: Quantity = 17,647 -...
For a consumer packaged good, the linear demand curve follows the equation: Quantity = 17,647 - 4,479 * Price. Calculate Maximum Willingness to Buy for this demand curve. SHOWING HOW YOU GOT YOUR ANSWER WILL HELP THE MOST. MARKETING METRICS IS THE SUBJECT OF THE QUESTION.  
For a certain product, the linear demand curve is described by the equation, Quantity = 14,000...
For a certain product, the linear demand curve is described by the equation, Quantity = 14,000 - 539 * Price. Variable cost to manufacture this product is $10 per unit. Calculate optimal price for this product. Rounding: penny. SHOWING HOW YOU GOT YOUR ANSWER WILL HELP THE MOST. MARKETING METRICS IS THE SUBJECT OF THE QUESTION.
For a certain product, Maximum Reservation Price is $26 and Maximum Willingness to Buy is 10,381...
For a certain product, Maximum Reservation Price is $26 and Maximum Willingness to Buy is 10,381 units. Calculate slope for the linear demand curve describing demand for this product. Remember, slope will always be NEGATIVE. Rounding: 2 decimal places. SHOWING HOW YOU GOT THE ANSWER WILL HELP THE MOST. MARKETING METRICS IS THE SUBJECT OF THE QUESTION.
For a certain product, Maximum Willingness to Buy is 16,788 units, while Maximum Reservation Price is...
For a certain product, Maximum Willingness to Buy is 16,788 units, while Maximum Reservation Price is $59.93. Variable cost to manufacture this product is $24.68 per unit. Calculate optimal price for this product. Rounding: penny. SHOWING HOW YOU GOT THE ANSWER WILL HELP THE MOST. MARKETING METRICS IS THE SUBJECT OF THE QUESTION.
Mango Systems believes that demand for its pet e-mouse follows a linear demand equation: Quantity =...
Mango Systems believes that demand for its pet e-mouse follows a linear demand equation: Quantity = 40,313 - 781 * Price Mango's variable cost to produce one pet e-mouse is $23.50. Find the maximum total contribution margin (margin per unit times quantity sold) that Mango Systems can possibly achieve on its pet e-mouse. (Rounding: penny.) Answer was: 154,359.68 Can someone explain how?
Suppose the demand curve for a product is given by the equation Qd = 30/P. Compute...
Suppose the demand curve for a product is given by the equation Qd = 30/P. Compute the quantities demanded at prices of $1, 2, 3, 4, 5, and 6. Graph the demand curve. Use the arc method to calculate the price elasticity of demand between $1 and $2, and between $5 and $6. How does this demand curve compare to the linear demand curve?
The demand curve of a perfectly competitive product is described by the equation:     P =...
The demand curve of a perfectly competitive product is described by the equation:     P = $1000 – Q    where Q = thousands The supply curve is given by     P = $100 + 2Q     where Q = thousands Graph the demand and supply curves; use a grid size of 100. Calculate the equilibrium price and quantity (carefully state the units).  Find the consumer surplus CS, the producer surplus PS, and the deadweight loss DWL, carefully stating the units.
Suppose the supply curve for a product is given by the equation QS = 1000 +...
Suppose the supply curve for a product is given by the equation QS = 1000 + P, where price P is measured in dollars and quantity Q is measured in number of units. 1. Now suppose that the demand curve is given by the equation QD = 9000 - P - 0.05I, where I is income measured in dollars. If income is $100,000, what is the current equilibrium price and quantity? 2. Suppose that income falls from $100,000 to $80,000....
Q83. A shift to the right in the demand curve for product A can be most...
Q83. A shift to the right in the demand curve for product A can be most reasonably explained by saying that: a) consumer incomes declined, and they now want to buy less of “A” at each possible price b) the price of A has increased and, as a result, consumers want to purchase less of it c) consumer preferences have changed in favor of A so that they now want to buy more at each possible price d) the price...
Question 2. The market supply and demand curves for a product are: QS=0.5P (supply curve) QD=60–2P...
Question 2. The market supply and demand curves for a product are: QS=0.5P (supply curve) QD=60–2P (demand curve) where Q is the quantity of the product and P is the market price. (1). Calculate the equilibrium price, equilibrium quantity and total social welfare. (10 points) (2). Suppose that the market has changed from a perfectly competitive market to a monopoly market, calculate the new price–output combination and the total deadweight loss in the monopoly market. (10 points)
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT