The first three columns of the first three rows of the given chart as Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p p r 1 – r When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Question

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Answer 1

Question

Chapter 2, Problem 1A

To determine

To fill: The first three columns of the first three rows of the given chart as

Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p

p r 1 – r

When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Expert Solution & Answer

Answer to Problem 1A

Solution:

The filled table is shown below,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Explanation of Solution

Given Information:

A basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Chart is given as:

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p



p	r	1 – r

Each of the three members selects one of the items:

A $50 basketball, an $80 jacket or a $200 television.

Write the object’s original price in the first column.

Find the appropriate discount percentage.

Convert each percentage to decimal and fill in the second column assumed as r,

20%=0.225%=0.2510%=0.1

Fill the data obtained from the problem in the chart,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

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Answer 2

Question

Chapter 2, Problem 1A

To determine

To fill: The first three columns of the first three rows of the given chart as

Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p

p r 1 – r

When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Expert Solution & Answer

Answer to Problem 1A

Solution:

The filled table is shown below,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Explanation of Solution

Given Information:

A basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Chart is given as:

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p



p	r	1 – r

Each of the three members selects one of the items:

A $50 basketball, an $80 jacket or a $200 television.

Write the object’s original price in the first column.

Find the appropriate discount percentage.

Convert each percentage to decimal and fill in the second column assumed as r,

20%=0.225%=0.2510%=0.1

Fill the data obtained from the problem in the chart,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

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Answer 3

Question

Chapter 2, Problem 1A

To determine

To fill: The first three columns of the first three rows of the given chart as

Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p

p r 1 – r

When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Expert Solution & Answer

Answer to Problem 1A

Solution:

The filled table is shown below,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Explanation of Solution

Given Information:

A basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Chart is given as:

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p



p	r	1 – r

Each of the three members selects one of the items:

A $50 basketball, an $80 jacket or a $200 television.

Write the object’s original price in the first column.

Find the appropriate discount percentage.

Convert each percentage to decimal and fill in the second column assumed as r,

20%=0.225%=0.2510%=0.1

Fill the data obtained from the problem in the chart,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

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Answer 4

Question

Chapter 2, Problem 1A

To determine

To fill: The first three columns of the first three rows of the given chart as

Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p

p r 1 – r

When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Expert Solution & Answer

Answer to Problem 1A

Solution:

The filled table is shown below,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Explanation of Solution

Given Information:

A basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Chart is given as:

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p



p	r	1 – r

Each of the three members selects one of the items:

A $50 basketball, an $80 jacket or a $200 television.

Write the object’s original price in the first column.

Find the appropriate discount percentage.

Convert each percentage to decimal and fill in the second column assumed as r,

20%=0.225%=0.2510%=0.1

Fill the data obtained from the problem in the chart,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

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Answer 5

Chapter 2, Problem 1A

To determine

To fill: The first three columns of the first three rows of the given chart as

Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p

p r 1 – r

When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Expert Solution & Answer

Answer to Problem 1A

Solution:

The filled table is shown below,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Explanation of Solution

Given Information:

A basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Chart is given as:

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p



p	r	1 – r

Each of the three members selects one of the items:

A $50 basketball, an $80 jacket or a $200 television.

Write the object’s original price in the first column.

Find the appropriate discount percentage.

Convert each percentage to decimal and fill in the second column assumed as r,

20%=0.225%=0.2510%=0.1

Fill the data obtained from the problem in the chart,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Answer 6

Chapter 2, Problem 1A

To determine

To fill: The first three columns of the first three rows of the given chart as

Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p

p r 1 – r

When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Expert Solution & Answer

Answer to Problem 1A

Solution:

The filled table is shown below,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Explanation of Solution

Given Information:

A basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Chart is given as:

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p



p	r	1 – r

Each of the three members selects one of the items:

A $50 basketball, an $80 jacket or a $200 television.

Write the object’s original price in the first column.

Find the appropriate discount percentage.

Convert each percentage to decimal and fill in the second column assumed as r,

20%=0.225%=0.2510%=0.1

Fill the data obtained from the problem in the chart,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Answer 7

Chapter 2, Problem 1A

To determine

To fill: The first three columns of the first three rows of the given chart as

Original Price, p Discount, r 1 – r Sale Price Multiplier to convert back to p

p r 1 – r

When a basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Answer 8

Expert Solution & Answer

Answer to Problem 1A

Solution:

The filled table is shown below,

Original Price, p	Discount, r	1 – r	Sale Price	Multiplier to convert back to p
$50	0.2	0.8
$80	0.25	0.75
$200	0.1	0.9
p	r	1 – r

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

Given Information:

A basketball costs $50, a jacket costs $80 and a television costs $200. The department store gives discount of 20% on all sport goods, 25% on all cloths and 10% on all electronics.

Chart is given as: