1. A small bakery offers two types of Christmas cake Christmas cake (x), and an extra fruity Christmas Cake 2. In any day the bakery can only produce 6 of these specialty cakes. The bakery must decide on a daily basis how many of each cake to produce. However, they must produce at least two Salty Caramel Christmas cakes (x). The number of Salty Caramel Christmas cake is less than or equal to twice the number of fruity Christmas cakes. a. Write three inequalities to represent this information. 3. b. Represent the three inequalities on a graph. c. Shade the region on the graph which represents the solution set for the three inequalities. 4. If the bakery makes a profit of $1 on a fruity Christmas cake, and a profit of $2 on a Salty Caramel Christmas cake, calculate (i) the maximum profit (ii) the minimum profit - a Salty Caramel

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter10: Matrices
Section10.1: Solution Of Linear Systems
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1. A small bakery offers two types of Christmas cake
Christmas cake (x), and an extra fruity Christmas Cake
2. In any day the bakery can only produce 6 of these specialty cakes.
The bakery must decide on a daily basis how many of each cake to
produce. However, they must produce at least two Salty Caramel
Christmas cakes (x). The number of Salty Caramel Christmas cake is
less than or equal to twice the number of fruity Christmas cakes.
a. Write three inequalities to represent this information.
3.
b. Represent the three inequalities on a graph.
c. Shade the region on the graph which represents the
solution set for the three inequalities.
4. If the bakery makes a profit of $1 on a fruity Christmas cake, and a
profit of $2 on a Salty Caramel Christmas cake, calculate (i) the
maximum profit
(ii) the minimum profit
-
a Salty Caramel
Transcribed Image Text:1. A small bakery offers two types of Christmas cake Christmas cake (x), and an extra fruity Christmas Cake 2. In any day the bakery can only produce 6 of these specialty cakes. The bakery must decide on a daily basis how many of each cake to produce. However, they must produce at least two Salty Caramel Christmas cakes (x). The number of Salty Caramel Christmas cake is less than or equal to twice the number of fruity Christmas cakes. a. Write three inequalities to represent this information. 3. b. Represent the three inequalities on a graph. c. Shade the region on the graph which represents the solution set for the three inequalities. 4. If the bakery makes a profit of $1 on a fruity Christmas cake, and a profit of $2 on a Salty Caramel Christmas cake, calculate (i) the maximum profit (ii) the minimum profit - a Salty Caramel
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