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Question 18
Find d2ydx2\frac { d ^ { 2 } y } { d x ^ { 2 } }dx2d2y x=4(t+sint),y=4(t−cost)x = 4 ( t + \sin t ) , y = 4 ( t - \cos t )x=4(t+sint),y=4(t−cost)
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Q13: Q14: Q15: Find the area of the regionQ16: Find an equation of the tangentQ17: Eliminate the parameter to find aQ19: Find an equation of the tangentQ20: Using the arc length formula, setQ21: Find an equation of the ellipseQ22: A cross-section of a parabolic reflectorQ23: Write a polar equation in
Q14: Q15: Find the area of the regionQ16: Find an equation of the tangentQ17: Eliminate the parameter to find aQ19: Find an equation of the tangentQ20: Using the arc length formula, setQ21: Find an equation of the ellipseQ22: A cross-section of a parabolic reflectorQ23: Write a polar equation in
Q15: Find the area of the region
Q16: Find an equation of the tangent
Q17: Eliminate the parameter to find a
Q19: Find an equation of the tangent
Q20: Using the arc length formula, set
Q21: Find an equation of the ellipse
Q22: A cross-section of a parabolic reflector
Q23: Write a polar equation in
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