Linear Programming Name: 2. Cute Cakes Bakery offers a half-sheet cake and a full-sheet cake for parties. Betty Baker wants to maximize her profits. The Bakers can make a batch of half-sheet cakes in 5 hours of oven time and 4 hours of decorating time. They can also produce a batch of full-sheet cakes in 4 hours of oven time and 2 hours of decorating time. The oven is available for a maximum of 24 hours per day, while the decorating room is available up to 18 hours per day. The profit they make on each batch of half-sheet cakes is $25 and full- sheet cakes is $30. How many batches of each should their bakery produce? g. Define the variables. x= and y= h. Write the constraints as inequalities and graph them (hint: find the x and y intercepts to graph them) List the vertices of the feasible region. If you can not accurately read them off of your graph, you will need to solve a system of equations to find each point. i. j. Give the profit equation k. Test each vertex in the profit equation. 1. Write a statement to Cute Cakes Bakery about how many of each item should be made in order to maximize the profit?

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter6: Systems Of Linear Equations And Inequalities
Section6.6: Systems Of Inequalities
Problem 44PFA
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Please solve last three sub-parts

Linear Programming
Name:
2. Cute Cakes Bakery offers a half-sheet cake and a full-sheet cake for parties. Betty Baker wants to maximize her profits. The
Bakers can make a batch of half-sheet cakes in 5 hours of oven time and 4 hours of decorating time. They can also produce a batch of
full-sheet cakes in 4 hours of oven time and 2 hours of decorating time. The oven is available for a maximum of 24 hours per day,
while the decorating room is available up to 18 hours per day. The profit they make on each batch of half-sheet cakes is $25 and full-
sheet cakes is $30. How many batches of each should their bakery produce?
g. Define the variables. x=
and y=
h.
Write the constraints as inequalities and graph them (hint: find the x and y intercepts to graph them)
i.
List the vertices of the feasible region. If
you can not accurately read them off of
your graph, you will need to solve a
system of equations to find each point.
j.
Give the profit equation
k. Test each vertex in the profit equation.
1.
Write a statement to Cute Cakes Bakery
about how many of each item should be
made in order to maximize the profit?
Transcribed Image Text:Linear Programming Name: 2. Cute Cakes Bakery offers a half-sheet cake and a full-sheet cake for parties. Betty Baker wants to maximize her profits. The Bakers can make a batch of half-sheet cakes in 5 hours of oven time and 4 hours of decorating time. They can also produce a batch of full-sheet cakes in 4 hours of oven time and 2 hours of decorating time. The oven is available for a maximum of 24 hours per day, while the decorating room is available up to 18 hours per day. The profit they make on each batch of half-sheet cakes is $25 and full- sheet cakes is $30. How many batches of each should their bakery produce? g. Define the variables. x= and y= h. Write the constraints as inequalities and graph them (hint: find the x and y intercepts to graph them) i. List the vertices of the feasible region. If you can not accurately read them off of your graph, you will need to solve a system of equations to find each point. j. Give the profit equation k. Test each vertex in the profit equation. 1. Write a statement to Cute Cakes Bakery about how many of each item should be made in order to maximize the profit?
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