Characteristics of Cosecant Graphs

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| Questions: 20 | Updated: Jan 19, 2026
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1) What is the period of y = csc(x)?
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About This Quiz
Characteristics Of Cosecant Graphs - Quiz

Think you know cosecant? In this quiz, you’ll explore its wild curves, vertical asymptotes, and reflections. From figuring out where the graph shoots off to infinity to spotting how shifts change its shape, you’ll get hands-on practice with all the signature moves of y=csc(x)y = csc(x)y=csc(x). Perfect for locking down... see morethe basics before diving deeper.
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2) The vertical asymptotes of y = csc(x) occur at:
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3) What is the midline of y = 3csc(x) - 1?
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4) Which statement about y = -csc(x) is true?
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5) The amplitude of y = 5csc(x) is:
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6) What is the period of y = csc(3x)?
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7) The midline of y = -4csc(x) + 2 is:
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8) What is the period of y = csc(2x - π)?
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9) The vertical asymptotes of y = csc(x − π/4) occur at:
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10) What is the range of y = 2csc(x) − 1?
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11) The domain of y = csc(x/2) is all real x except:
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12) Which statement about y = csc(x) + 4 is true?
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13) Which statement about y = −3csc(x) is true?
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14) What is the phase shift of y = csc(x + π/3)?
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15) What is the period of y = csc(√2 x)?
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16) The vertical asymptotes of y = csc((x − π)/2) occur at:
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17) What is the range of y = −csc(x)?
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18) Which function has period π?
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19) Which statement about intercepts of y = csc(x) is true?
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20) For y = 2csc(x − π/2) + 3, the midline and range are:
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Cierra Henderson |MBA |
K-12 Expert
Cierra is an educational consultant and curriculum developer who has worked with students in K-12 for a variety of subjects including English and Math as well as test prep. She specializes in one-on-one support for students especially those with learning differences. She holds an MBA from the University of Massachusetts Amherst and a certificate in educational consulting from UC Irvine.
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What is the period of y = csc(x)?
The vertical asymptotes of y = csc(x) occur at:
What is the midline of y = 3csc(x) - 1?
Which statement about y = -csc(x) is true?
The amplitude of y = 5csc(x) is:
What is the period of y = csc(3x)?
The midline of y = -4csc(x) + 2 is:
What is the period of y = csc(2x - π)?
The vertical asymptotes of y = csc(x − π/4) occur at:
What is the range of y = 2csc(x) − 1?
The domain of y = csc(x/2) is all real x except:
Which statement about y = csc(x) + 4 is true?
Which statement about y = −3csc(x) is true?
What is the phase shift of y = csc(x + π/3)?
What is the period of y = csc(√2 x)?
The vertical asymptotes of y = csc((x − π)/2) occur at:
What is the range of y = −csc(x)?
Which function has period π?
Which statement about intercepts of y = csc(x) is true?
For y = 2csc(x − π/2) + 3, the midline and range are:
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