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Graph the Function for One Period, and Show (Or Specify) y=csc(x4)y = - \csc \left( \frac { x } { 4 } \right)

Question 17

Multiple Choice

Graph the function for one period, and show (or specify) intercepts and asymptotes. y=csc(x4) y = - \csc \left( \frac { x } { 4 } \right)


A) x-intercept: none; y-intercept: none; asymptotes: x=4πx = - 4 \pi , x=0x = 0 and x=4πx = 4 \pi  Graph the function for one period, and show (or specify)  intercepts and asymptotes.  y = - \csc \left( \frac { x } { 4 } \right)   A)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    B)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  and  x = 0    C)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    D)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    E)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi
B) x-intercept: none; y-intercept: none; asymptotes: x=4πx = - 4 \pi and x=0x = 0  Graph the function for one period, and show (or specify)  intercepts and asymptotes.  y = - \csc \left( \frac { x } { 4 } \right)   A)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    B)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  and  x = 0    C)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    D)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    E)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi
C) x-intercept: none; y-intercept: none; asymptotes: x=4πx = - 4 \pi , x=0x = 0 and x=4πx = 4 \pi  Graph the function for one period, and show (or specify)  intercepts and asymptotes.  y = - \csc \left( \frac { x } { 4 } \right)   A)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    B)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  and  x = 0    C)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    D)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    E)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi
D) x-intercept: none; y-intercept: none; asymptotes: x=4πx = - 4 \pi , x=0x = 0 and x=4πx = 4 \pi  Graph the function for one period, and show (or specify)  intercepts and asymptotes.  y = - \csc \left( \frac { x } { 4 } \right)   A)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    B)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  and  x = 0    C)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    D)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    E)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi
E) x-intercept: none; y-intercept: none; asymptotes: x=4πx = - 4 \pi , x=0x = 0 and x=4πx = 4 \pi  Graph the function for one period, and show (or specify)  intercepts and asymptotes.  y = - \csc \left( \frac { x } { 4 } \right)   A)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    B)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  and  x = 0    C)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    D)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi    E)  x-intercept: none; y-intercept: none; asymptotes:  x = - 4 \pi  ,  x = 0  and  x = 4 \pi

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