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Engineering · Civil Engineering
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<Homework 1 tCurvilinear Motion: Rectangular Components Part B Learning Goal To be able to calculate position, velocity, and accoleration of an object n curvilinear motion using a rectangular coordinale system An objects motion can be described along a path represented by a fxed x, y z coordinate system. In such a system, the position vector r What is the magnitude, e of the cars velocity, v, att 300s? Express your answer numerically in feet per second to three significant figures View Available Hint(s) is described as v 177 ft/s Previous Answer The objects velocity, v, can be found by taking the fiest time derivative of the position vector, r Correct The objects acceleration, a, can be found by taking the time denvative of the velooity, v Part C What is the magnitude, a of the cars accelerationa at-300 Express your answer numerically in feet per second squared to three significant figures View Available Hints Submit
▼PartA Learning Goal: To be able to cacuiate posion, veloclty, and acceleson of an obiect n curviinear moion using a rectangulte coordnale system An objects moton can be descrbed along a path reprsented by a xed x y z coordnale system in such a system, the postion veckr r A car dives on a curved road that goes down a The cars poston is defined by te poston vecto s descrbed as Dra-you rectors starting at the black dot The orientation of your vector, w-be graded The act length of y vectors wil net b, graded and the The objects velocity v.can be toundd tby laking te frst tme deriv of the postion vecton of the velooily v No elements selectedNeed C please
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