Graphing Rationals Practice 1

Last updated over 5 years ago

6 questions

Note from the author:

Graphing a Rational Function in standard form as a Check for Understanding. Each characteristic is a different problem, allowing for immediate feedback for students to self-check. 

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Graphing Rationals Practice 1

Last updated over 5 years ago

6 questions

Note from the author:

Graphing a Rational Function in standard form as a Check for Understanding. Each characteristic is a different problem, allowing for immediate feedback for students to self-check. 

Question 1

For #1-6 use the same function:
1. Identify any vertical asymptotes.
NOTE: Normally you should write it as an equation x = ##. but for auto-grading, just type in the value. If there are none, type "none"

Question 2

2. Identify any x-intercept(s):

NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

Question 3

3. Identify any holes:
NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

Question 4

4. Identify the horizontal asymptote:
NOTE: Normally, you would your answer as an equation "y = ##". But, for auto-grading, just type in the value. If there is none, type "none"

Question 5

5. Select all the intervals that represent the domain of the function:

Question 6

6. Graph the function with all the characteristics you found from above:

Question 1

For #1-6 use the same function:
1. Identify any vertical asymptotes.
NOTE: Normally you should write it as an equation x = ##. but for auto-grading, just type in the value. If there are none, type "none"

Question 2

2. Identify any x-intercept(s):

NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

Question 3

3. Identify any holes:
NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

Question 4

4. Identify the horizontal asymptote:
NOTE: Normally, you would your answer as an equation "y = ##". But, for auto-grading, just type in the value. If there is none, type "none"

Question 5

5. Select all the intervals that represent the domain of the function:

Question 6

Graphing Rationals Practice 1

Graphing Rationals Practice 1

For #1-6 use the same function:1. Identify any vertical asymptotes. NOTE: Normally you should write it as an equation x = ##. but for auto-grading, just type in the value. If there are none, type "none"

2. Identify any x-intercept(s): NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

3. Identify any holes:NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

4. Identify the horizontal asymptote:NOTE: Normally, you would your answer as an equation "y = ##". But, for auto-grading, just type in the value. If there is none, type "none"

5. Select all the intervals that represent the domain of the function:

6. Graph the function with all the characteristics you found from above:

For #1-6 use the same function:1. Identify any vertical asymptotes. NOTE: Normally you should write it as an equation x = ##. but for auto-grading, just type in the value. If there are none, type "none"

2. Identify any x-intercept(s): NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

3. Identify any holes:NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

4. Identify the horizontal asymptote:NOTE: Normally, you would your answer as an equation "y = ##". But, for auto-grading, just type in the value. If there is none, type "none"

5. Select all the intervals that represent the domain of the function:

6. Graph the function with all the characteristics you found from above:

For #1-6 use the same function:
1. Identify any vertical asymptotes.
NOTE: Normally you should write it as an equation x = ##. but for auto-grading, just type in the value. If there are none, type "none"

2. Identify any x-intercept(s):

NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

3. Identify any holes:
NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

4. Identify the horizontal asymptote:
NOTE: Normally, you would your answer as an equation "y = ##". But, for auto-grading, just type in the value. If there is none, type "none"

For #1-6 use the same function:
1. Identify any vertical asymptotes.
NOTE: Normally you should write it as an equation x = ##. but for auto-grading, just type in the value. If there are none, type "none"

2. Identify any x-intercept(s):

NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

3. Identify any holes:
NOTE: Write your answer as an ordered pair "(x, y)". For auto-grading, make sure there is only 1 space after the comma. If there are none, type "none"

4. Identify the horizontal asymptote:
NOTE: Normally, you would your answer as an equation "y = ##". But, for auto-grading, just type in the value. If there is none, type "none"