Deck 1: Extension B: Functions and Models

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The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> to drive <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> mi and in July it cost her <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> to drive <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px> mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.

A) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
B) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
C) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
D) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
E) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   <div style=padding-top: 35px>
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The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function. <strong>The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   What is the F-intercept and what does it represent?</strong> A) 0, Fahrenheit temperature corresponding to 32°C. B)   , Fahrenheit temperature corresponding to 0°C. C)   , Celsius temperature corresponding to 32 °C. D) 32, Celsius temperature corresponding to 0°C. E) 32, Fahrenheit temperature corresponding to 0°C. <div style=padding-top: 35px> What is the F-intercept and what does it represent?

A) 0, Fahrenheit temperature corresponding to 32°C.
B) <strong>The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   What is the F-intercept and what does it represent?</strong> A) 0, Fahrenheit temperature corresponding to 32°C. B)   , Fahrenheit temperature corresponding to 0°C. C)   , Celsius temperature corresponding to 32 °C. D) 32, Celsius temperature corresponding to 0°C. E) 32, Fahrenheit temperature corresponding to 0°C. <div style=padding-top: 35px> , Fahrenheit temperature corresponding to 0°C.
C) <strong>The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   What is the F-intercept and what does it represent?</strong> A) 0, Fahrenheit temperature corresponding to 32°C. B)   , Fahrenheit temperature corresponding to 0°C. C)   , Celsius temperature corresponding to 32 °C. D) 32, Celsius temperature corresponding to 0°C. E) 32, Fahrenheit temperature corresponding to 0°C. <div style=padding-top: 35px> , Celsius temperature corresponding to 32 °C.
D) 32, Celsius temperature corresponding to 0°C.
E) 32, Fahrenheit temperature corresponding to 0°C.
Question
It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave.<div style=padding-top: 35px> of the caves by the equation It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave.<div style=padding-top: 35px>
(a)The cave called mission impossible near puebla,mexico,has suface area of It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave.<div style=padding-top: 35px> How many species of bats would expect to find in that cave?
(b)If you discover that It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave.<div style=padding-top: 35px> species of bats live in cave estimate the area of the cave.
Question
The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function. The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   Complete the table and find the slope.   <div style=padding-top: 35px> Complete the table and find the slope.
The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   Complete the table and find the slope.   <div style=padding-top: 35px>
Question
Many physical quantities are connected by inverse square laws,that is,by power functions of the form <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times <div style=padding-top: 35px> In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times <div style=padding-top: 35px> the distance to the lamp.How much brighter is the light?

A) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times <div style=padding-top: 35px> times
B) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times <div style=padding-top: 35px> times
C) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times <div style=padding-top: 35px> times
D) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times <div style=padding-top: 35px> times
E)<strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times <div style=padding-top: 35px> times
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Deck 1: Extension B: Functions and Models
1
The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   to drive <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   mi and in July it cost her <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   to drive <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.

A) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)
B) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)
C) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)
D) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)
E) <strong>The monthly cost of driving a car depends on the number of miles driven.Julia found that in October it cost her   to drive   mi and in July it cost her   to drive   mi.Express the monthly cost C as a function of the distance driven d assuming that a linear relationship gives a suitable model.</strong> A)   B)   C)   D)   E)
2
The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function. <strong>The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   What is the F-intercept and what does it represent?</strong> A) 0, Fahrenheit temperature corresponding to 32°C. B)   , Fahrenheit temperature corresponding to 0°C. C)   , Celsius temperature corresponding to 32 °C. D) 32, Celsius temperature corresponding to 0°C. E) 32, Fahrenheit temperature corresponding to 0°C. What is the F-intercept and what does it represent?

A) 0, Fahrenheit temperature corresponding to 32°C.
B) <strong>The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   What is the F-intercept and what does it represent?</strong> A) 0, Fahrenheit temperature corresponding to 32°C. B)   , Fahrenheit temperature corresponding to 0°C. C)   , Celsius temperature corresponding to 32 °C. D) 32, Celsius temperature corresponding to 0°C. E) 32, Fahrenheit temperature corresponding to 0°C. , Fahrenheit temperature corresponding to 0°C.
C) <strong>The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   What is the F-intercept and what does it represent?</strong> A) 0, Fahrenheit temperature corresponding to 32°C. B)   , Fahrenheit temperature corresponding to 0°C. C)   , Celsius temperature corresponding to 32 °C. D) 32, Celsius temperature corresponding to 0°C. E) 32, Fahrenheit temperature corresponding to 0°C. , Celsius temperature corresponding to 32 °C.
D) 32, Celsius temperature corresponding to 0°C.
E) 32, Fahrenheit temperature corresponding to 0°C.
32, Fahrenheit temperature corresponding to 0°C.
3
It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave. of the caves by the equation It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave.
(a)The cave called mission impossible near puebla,mexico,has suface area of It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave. How many species of bats would expect to find in that cave?
(b)If you discover that It makes sense that the larger the area of a region,the larger the number of species that inhabit the region.Many ecologists have modeled the species-area relation with a power function and,in particular,the number of species S of bats living in caves in central Mexico has been related to the surface area A measured in   of the caves by the equation   (a)The cave called mission impossible near puebla,mexico,has suface area of   How many species of bats would expect to find in that cave? (b)If you discover that   species of bats live in cave estimate the area of the cave. species of bats live in cave estimate the area of the cave.
a) 3 species
b) 702m2
4
The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function. The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   Complete the table and find the slope.   Complete the table and find the slope.
The relationship between the Fahrenheit and Celsius temperature scales is given by the linear function.   Complete the table and find the slope.
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5
Many physical quantities are connected by inverse square laws,that is,by power functions of the form <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times the distance to the lamp.How much brighter is the light?

A) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times times
B) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times times
C) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times times
D) <strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times times
E)<strong>Many physical quantities are connected by inverse square laws,that is,by power functions of the form   In particular,the illumination of an object by a light source is inversely proportional to the square of the distance from the source.Suppose that after dark you are in a room with just one lamp and you are trying to read a book.The light is too dim and so you move   the distance to the lamp.How much brighter is the light?</strong> A)   times B)   times C)   times D)   times E)  times times
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