1.2 Characteristics of Function Graphs (Due 10/1/24)

Last updated about 1 year ago

13 questions

Required

1.2 Characteristics of Function Graphs (Due 10/1/24)

Last updated about 1 year ago

13 questions

Essential Question: What are some of the attributes of a function, and how are they related to the function’s graph?

Learning Target: Students will be able to describe the key features of the graphs of functions and use the graphs to make predictions about the data.

Show your work for full credit.

Day 1 10/1/24

Required

Use the graph to create a function with the following features:

1) As x gets smaller; the function gets larger. x→ - ∞; f(x)→ ∞
2) As x gets larger; the function gets larger. x→ ∞; f(x)→ ∞
3) The graph of the function passes through the x-axis at -3.

Required

Use the graph to create a function with the following features:

1) As x gets smaller; the function get larger. x→ - ∞; f(x)→ ∞
2) As x gets larger; the function get smaller. x→ ∞; f(x)→ - ∞
3) The graph of the function passes through the x-axis at -3.
4) The graph of the function passes through the x-axis at 0.

Required

For what interval of x is the function f(x) increasing?

Required

For what interval of x is the function f(x) decreasing?

Required

Identify one interval of (x) where the function f(x) positive.

Required

Identify one interval of time (x) where the function f(x) decreasing.

Required

Identify one interval of time (x) where the function f(x) increasing.

Required

Identify one interval of x where the function f(x) increasing.

Required

For what interval of x is the function f(x) decreasing?

Spiral Review

Required

Find the missing value of c.

Required

Is this an open or closed interval?

Use interval notation to describe the domain of this function.

Required

1.2 Characteristics of Function Graphs (Due 10/1/24)

1.2 Characteristics of Function Graphs (Due 10/1/24)

Day 1 10/1/24

Use the graph to create a function with the following features:

1) As x gets smaller; the function gets larger. x→ - ∞; f(x)→ ∞
2) As x gets larger; the function gets larger. x→ ∞; f(x)→ ∞
3) The graph of the function passes through the x-axis at -3.

For what interval of x is the function f(x) increasing?

For what interval of x is the function f(x) decreasing?

Identify one interval of (x) where the function f(x) positive.

Identify one interval of time (x) where the function f(x) decreasing.

Identify one interval of time (x) where the function f(x) increasing.

Identify one interval of x where the function f(x) increasing.

For what interval of x is the function f(x) decreasing?

Spiral Review

Find the missing value of c.

Is this an open or closed interval?

Use interval notation to describe the domain of this function.

Simplify. Your answer should not have negative exponents.

Day 1 10/1/24

Use the graph to create a function with the following features:

1) As x gets smaller; the function gets larger. x→ - ∞; f(x)→ ∞
2) As x gets larger; the function gets larger. x→ ∞; f(x)→ ∞
3) The graph of the function passes through the x-axis at -3.

For what interval of x is the function f(x) increasing?

For what interval of x is the function f(x) decreasing?

Identify one interval of (x) where the function f(x) positive.

Identify one interval of time (x) where the function f(x) decreasing.

Identify one interval of time (x) where the function f(x) increasing.

Identify one interval of x where the function f(x) increasing.

For what interval of x is the function f(x) decreasing?

Spiral Review

Find the missing value of c.

Is this an open or closed interval?

Use interval notation to describe the domain of this function.

Simplify. Your answer should not have negative exponents.

1.2 Characteristics of Function Graphs (Due 10/1/24)

1.2 Characteristics of Function Graphs (Due 10/1/24)

Day 1 10/1/24

Use the graph to create a function with the following features:1) As x gets smaller; the function gets larger. x→ - ∞; f(x)→ ∞2) As x gets larger; the function gets larger. x→ ∞; f(x)→ ∞3) The graph of the function passes through the x-axis at -3.

For what interval of x is the function f(x) increasing?

For what interval of x is the function f(x) decreasing?

Identify one interval of (x) where the function f(x) positive.

Identify one interval of time (x) where the function f(x) decreasing.

Identify one interval of time (x) where the function f(x) increasing.

Identify one interval of x where the function f(x) increasing.

For what interval of x is the function f(x) decreasing?

Spiral Review

Find the missing value of c.

Is this an open or closed interval?

Use interval notation to describe the domain of this function.

Simplify. Your answer should not have negative exponents.

Day 1 10/1/24

Use the graph to create a function with the following features:1) As x gets smaller; the function gets larger. x→ - ∞; f(x)→ ∞2) As x gets larger; the function gets larger. x→ ∞; f(x)→ ∞3) The graph of the function passes through the x-axis at -3.

For what interval of x is the function f(x) increasing?

For what interval of x is the function f(x) decreasing?

Identify one interval of (x) where the function f(x) positive.

Identify one interval of time (x) where the function f(x) decreasing.

Identify one interval of time (x) where the function f(x) increasing.

Identify one interval of x where the function f(x) increasing.

For what interval of x is the function f(x) decreasing?

Spiral Review

Find the missing value of c.

Is this an open or closed interval?

Use interval notation to describe the domain of this function.

Simplify. Your answer should not have negative exponents.

Use the graph to create a function with the following features:

1) As x gets smaller; the function gets larger. x→ - ∞; f(x)→ ∞
2) As x gets larger; the function gets larger. x→ ∞; f(x)→ ∞
3) The graph of the function passes through the x-axis at -3.

Use the graph to create a function with the following features:

1) As x gets smaller; the function gets larger. x→ - ∞; f(x)→ ∞
2) As x gets larger; the function gets larger. x→ ∞; f(x)→ ∞
3) The graph of the function passes through the x-axis at -3.