For Questions 28–37, refer to the following: From years of experience, a bagel shop has determined that at a price of p = $ 2.50 , they will sell x = 450 bagels each week. If they lower the price to p = $ 2.00 , they will sell x = 550 bagels each week. The profit made by the sale of these bagels is found by subtracting the costs from the revenue: P = R − C . Find an equation that represents profit by substituting your expressions for R and C into the profit formula. Simplify your answer.
For Questions 28–37, refer to the following: From years of experience, a bagel shop has determined that at a price of p = $ 2.50 , they will sell x = 450 bagels each week. If they lower the price to p = $ 2.00 , they will sell x = 550 bagels each week. The profit made by the sale of these bagels is found by subtracting the costs from the revenue: P = R − C . Find an equation that represents profit by substituting your expressions for R and C into the profit formula. Simplify your answer.
Solution Summary: The author calculates the equation for profit by substituting the expressions for R and C in the profit formula P=R-C.
For Questions 28–37, refer to the following: From years of experience, a bagel shop has determined that at a price of
p
=
$
2.50
, they will sell
x
=
450
bagels each week. If they lower the price to
p
=
$
2.00
, they will sell
x
=
550
bagels each week.
The profit made by the sale of these bagels is found by subtracting the costs from the revenue:
P
=
R
−
C
. Find an equation that represents profit by substituting your expressions for R and C into the profit formula. Simplify your answer.
QUESTION 18 - 1 POINT
Jessie is playing a dice game and bets $9 on her first roll. If a 10, 7, or 4 is rolled, she wins $9. This happens with a probability of . If an 8 or 2 is rolled, she loses her $9. This has a probability of J. If any other number is rolled, she does not win or lose, and the game continues. Find the expected value for Jessie on her first roll.
Round to the nearest cent if necessary. Do not round until the final calculation.
Provide your answer below:
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Discrete Distributions: Binomial, Poisson and Hypergeometric | Statistics for Data Science; Author: Dr. Bharatendra Rai;https://www.youtube.com/watch?v=lHhyy4JMigg;License: Standard Youtube License