11. The wheel on a game show has a diameter of \( 1.9 \) m and the bottom of the wheel is \( 0.30 \) m above the ground. A contestant grabs a handle on the edge of a wheel at the middle of the wheel spins it by pulling down. The handle takes \( 0.89 \) seconds to make \( 1 \) revolution. (APP - \( 6 \) marks) a) Write an equation using \( \sin ( x ) \) that represents the height of the handle on the spinning wheel. b) Draw a graph (show two cycles) that represents the height of the handle on the spinning wheel. Please show max, min, amplitude, \( x \) -y axis labels, central horizontal axis
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Related Questions
Q:
If \( y = f ( g ( h ( x ) ) ) , \) then the derivative \( y ^ { \prime } \) is given by which for
a) \( f ^ { \prime } ( g ( h ( x ) ) \)
b) \( f ^ { \prime } ( g ( h ( x ) ) h ^ { \prime } ( x ) \)
c) None of these
d) \( f ^ { \prime } ( g ( h ( x ) ) g ^ { \prime } ( h ( x ) ) \)
e) \( f ^ { \prime } ( g ( h ( x ) ) g ^ { \prime } ( h ( x ) ) h ^ { \prime } ( x )\)
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Determine the following limits. If infinite, specify \( \infty \) or \( - \infty \) . If an answer does not exist, explain why. (NO POINTS WILL BE GIVEN IF A TABLE OF VALUES IS USED) b. \( \lim _ { x \rightarrow 1 ^ { + } } [ \frac { x } { x - 1 } + \frac { 1 } { \ln ( x ) } ]\)