The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California. Shirts Ordered x 5 25 40 100 125 Cost/Shirt A ( x ) ( $ ) 22.91 21.81 21.25 21.25 22.31 The options are: A ( x ) = 0.005 x + 20.75 A ( x ) = 0.01 x + 20 + 25 x A ( x ) = 0.0005 x 2 − 0.07 x + 23.25 A ( x ) = 25.5 ( 1.08 ) ( x − 5 )

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Answer 1

Question

Chapter 1.2, Problem 47E

(a)

To determine

The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

The options are:

$A(x)=0.005x+20.75$

$A(x)=0.01x+20+25x$

$A(x)=0.0005x2−0.07x+23.25$

$A(x)=25.5(1.08)(x−5)$

(b)

To determine

To graph: The model obtained in part (a), for $(10≤x≤100)$ and estimate the minimum cost per shirt and also number of shirts the team must order to obtain the lowest price per shirt using the graph where the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

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Answer 2

Question

Chapter 1.2, Problem 47E

(a)

To determine

The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

The options are:

$A(x)=0.005x+20.75$

$A(x)=0.01x+20+25x$

$A(x)=0.0005x2−0.07x+23.25$

$A(x)=25.5(1.08)(x−5)$

(b)

To determine

To graph: The model obtained in part (a), for $(10≤x≤100)$ and estimate the minimum cost per shirt and also number of shirts the team must order to obtain the lowest price per shirt using the graph where the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

Expert Solution & Answer

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Answer 3

Question

Chapter 1.2, Problem 47E

(a)

To determine

The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

The options are:

$A(x)=0.005x+20.75$

$A(x)=0.01x+20+25x$

$A(x)=0.0005x2−0.07x+23.25$

$A(x)=25.5(1.08)(x−5)$

(b)

To determine

To graph: The model obtained in part (a), for $(10≤x≤100)$ and estimate the minimum cost per shirt and also number of shirts the team must order to obtain the lowest price per shirt using the graph where the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

Expert Solution & Answer

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See solution

Answer 4

Question

Chapter 1.2, Problem 47E

(a)

To determine

The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

The options are:

$A(x)=0.005x+20.75$

$A(x)=0.01x+20+25x$

$A(x)=0.0005x2−0.07x+23.25$

$A(x)=25.5(1.08)(x−5)$

(b)

To determine

To graph: The model obtained in part (a), for $(10≤x≤100)$ and estimate the minimum cost per shirt and also number of shirts the team must order to obtain the lowest price per shirt using the graph where the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

Expert Solution & Answer

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Answer 5

Chapter 1.2, Problem 47E

(a)

To determine

The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

The options are:

$A(x)=0.005x+20.75$

$A(x)=0.01x+20+25x$

$A(x)=0.0005x2−0.07x+23.25$

$A(x)=25.5(1.08)(x−5)$

(b)

To determine

To graph: The model obtained in part (a), for $(10≤x≤100)$ and estimate the minimum cost per shirt and also number of shirts the team must order to obtain the lowest price per shirt using the graph where the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

Answer 6

Chapter 1.2, Problem 47E

(a)

To determine

The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

The options are:

$A(x)=0.005x+20.75$

$A(x)=0.01x+20+25x$

$A(x)=0.0005x2−0.07x+23.25$

$A(x)=25.5(1.08)(x−5)$

Answer 7

Chapter 1.2, Problem 47E

(a)

To determine

The correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

The options are:

$A(x)=0.005x+20.75$

$A(x)=0.01x+20+25x$

$A(x)=0.0005x2−0.07x+23.25$

$A(x)=25.5(1.08)(x−5)$

Answer 8

(b)

To determine

To graph: The model obtained in part (a), for $(10≤x≤100)$ and estimate the minimum cost per shirt and also number of shirts the team must order to obtain the lowest price per shirt using the graph where the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

Answer 9

(b)

To determine

To graph: The model obtained in part (a), for $(10≤x≤100)$ and estimate the minimum cost per shirt and also number of shirts the team must order to obtain the lowest price per shirt using the graph where the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College who is planning to buy new gear for its road trip to California.

Shirts Ordered x $5$ $25$ $40$ $100$ $125$

Cost/Shirt $A(x)$ $($)$ $22.91$ $21.81$ $21.25$ $21.25$ $22.31$

Answer 10

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Answer 11

Expert Solution & Answer

Answer 12

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Answer 13

Solution Summary: The author determines the correct function that best fits the data provided in the table that shows the cost per shirt that depends on the number of shirts orders by the soccer team of the East Coast College.

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Chapter 1 Solutions

Shirts Ordered x	$5$	$25$	$40$	$100$	$125$
Cost/Shirt $A(x)$ $($)$	$22.91$	$21.81$	$21.25$	$21.25$	$22.31$