Among the frequent use of parametric equations is the construction of the ideal projectile motion x=rcos@...

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Among the frequent use of parametric equations is the construction of the ideal projectile motion x=₁rcos@ equations of motion found in beginning Physics: Suppose the trajectory of an y=V₁ tsin_² +h 2 object is defined by the parametric equations: = 50rcos 35° where the time fis in seconds y=50rsin 35"-16* +50 and the positions are in feet. a) Determine the time of flight using the y-equation when the object hits the ground (y=0) b) Use the Desmos parametric plotting feature to plot the trajectory of this object all the way to the ground impact Among the frequent use of parametric equations is the construction of the ideal projectile motion x=₁rcos@ equations of motion found in beginning Physics: Suppose the trajectory of an y=V₁ tsin_² +h 2 object is defined by the parametric equations: = 50rcos 35° where the time fis in seconds y=50rsin 35"-16* +50 and the positions are in feet. a) Determine the time of flight using the y-equation when the object hits the ground (y=0) b) Use the Desmos parametric plotting feature to plot the trajectory of this object all the way to the ground impact

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a let I be time of flight then 50 TSin35167 ... View the full answer