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Core Connections Integrated I, 2013

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Core Connections Integrated I, 2013 View details

1. Section 4.1

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Exercise 30 Page 206

a From the exercise, we know that

S

and

L

represents the volume in each of the cups. Therefore, the sum of

S

and

L

must be the total volume of both sizes of espresso.

b From the exercise, we know that

x

and

y

is the number of small and large drinks that was made in a given day. Therefore, the sum of

x

and

y

must be the total number of drinks.

c The product of

x

and

S

is the total volume of all small sized drinks sold. Similarly, the product of

y

and

L

is the total volume of all large sized drinks sold. Therefore, the sum of

x S

and

y L

must be the total volume of all of the drinks sold.

Subchapter links

4.1.1 Line of Best Fit p.196-197

4.1.2 Residuals p.201-202

4.1.3 Upper and Lower Bounds p.205-206

4.1.4 Least Squares Regression Line p.210-213