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Graph the Function in the Ts-Plane (T-Axis Horizontal, S-Axis Vertical) $s = \csc \left( \frac { \pi t } { 2 } \right)$

Question 17

Multiple Choice

Graph the function in the ts-plane (t-axis horizontal, s-axis vertical) . State the period and symmetry of the function.
- $s = \csc \left( \frac { \pi t } { 2 } \right)$
$Graph the function in the ts-plane (t-axis horizontal, s-axis vertical) . State the period and symmetry of the function. - s = \csc \left( \frac { \pi t } { 2 } \right) A) Period 4, symmetric about the s-axis B) Period 4, symmetric about the origin C) Period 4, symmetric about the origin D) Period 4, symmetric about the s-axis$

A) Period 4, symmetric about the s-axis
$Graph the function in the ts-plane (t-axis horizontal, s-axis vertical) . State the period and symmetry of the function. - s = \csc \left( \frac { \pi t } { 2 } \right) A) Period 4, symmetric about the s-axis B) Period 4, symmetric about the origin C) Period 4, symmetric about the origin D) Period 4, symmetric about the s-axis$

B) Period 4, symmetric about the origin
$Graph the function in the ts-plane (t-axis horizontal, s-axis vertical) . State the period and symmetry of the function. - s = \csc \left( \frac { \pi t } { 2 } \right) A) Period 4, symmetric about the s-axis B) Period 4, symmetric about the origin C) Period 4, symmetric about the origin D) Period 4, symmetric about the s-axis$
C) Period 4, symmetric about the origin
$Graph the function in the ts-plane (t-axis horizontal, s-axis vertical) . State the period and symmetry of the function. - s = \csc \left( \frac { \pi t } { 2 } \right) A) Period 4, symmetric about the s-axis B) Period 4, symmetric about the origin C) Period 4, symmetric about the origin D) Period 4, symmetric about the s-axis$

D) Period 4, symmetric about the s-axis
$Graph the function in the ts-plane (t-axis horizontal, s-axis vertical) . State the period and symmetry of the function. - s = \csc \left( \frac { \pi t } { 2 } \right) A) Period 4, symmetric about the s-axis B) Period 4, symmetric about the origin C) Period 4, symmetric about the origin D) Period 4, symmetric about the s-axis$

Graph the Function in the Ts-Plane (T-Axis Horizontal, S-Axis Vertical) s=csc⁡(πt2)s = \csc \left( \frac { \pi t } { 2 } \right)s=csc(2πt​)

Multiple Choice

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Graph the Function in the Ts-Plane (T-Axis Horizontal, S-Axis Vertical) $s = \csc \left( \frac { \pi t } { 2 } \right)$

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