Questions $3,4,$ and $5$ are based on the following problem:

The Go$-$Go Toy Company manufactures two different toys: cars and trucks. Both toys require wheels and plastic to produce them:

Each car requires $4$ wheels and $15$ oz$.$ of plastic.

Each car can be sold for $$50$ profit.

Each truck requires $6$ wheels and $25$ oz$.$ of plastic.

Each truck can be sold for $$75$ profit.

As it stands, the company has $260$ wheels and $1,400$ oz$.$ of plastic available and wants to maximize its financial performance.

Question $3$

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Question text

Select the best description of the problem faced by the company:

Select one:

a$.$

How many cars and trucks should the company produce to maximize profits, while using no more than $260$ wheels and $1,400$ oz$.$ of plastic?

b$.$

How many cars and trucks should the company produce to minimize expenses, while using no more than $260$ wheels and $1,400$ oz$.$ of plastic?

c$.$

How many cars and trucks should the company produce to minimize expenses, while using no fewer than $260$ wheels and $1,400$ oz$.$ of plastic?

d$.$

How many cars and trucks should the company produce to maximize its profits, while using no fewer than $260$ wheels and $1,400$ oz$.$ of plastic?

Question $4$

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Question text

Define the profits of this model by considering the decision that you need to make. Select the most appropriate profit function below:

Select one:

a$.$

Profit $=$ $$50$A $+$ $$75$B$.$ You want to maximize this value.

b$.$

Profit $=$ $$50$A $+$ $$75$B$.$ You want to minimize this value.

c$.$

Profit $=4$A $+6$B$.$ You want to maximize this value.

d$.$

Profit $=15$A $+25$B$.$ You want to minimize this value.

Question $5$

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Question text

Consider the constraints of this model and select the two most appropriate mathematical descriptions for it$.$

Select more than one:

a$.$

Total plastic used $=50$A $+75$B$.$ This value must not exceed $1,400$ oz$.$

b$.$

Total plastic used $=15$A $+25$B$.$ This value must not exceed $1,400$ oz$.$

c$.$

Total plastic used $=4$A $+6$B$.$ This value must not exceed $260$ units.

d$.$

Total wheels used $=4$A $+6$B$.$ This value must not be less than $260$ wheels.

e$.$

Total wheels used $=4$A $+6$B$.$ This value must not exceed $260$ wheels.

f$.$

Total wheels used $=50$A $+75$B$.$ This value must not exceed $260$ wheels.