Biomechanics IIIHome Work1- Draw the velocity and acceleration for the following five displacements diagrams .Locatethe maximum and minimum points of velocity and acceleration. The y-axis representdisplacement and the x-axis is the time.10-80.51D-0.51-1-20044560Extension to [021]0.8x 12X81.61020-1S301.00.50-0.5-1.0090180TMotion Analysis270T13602t2- The swinging motion of the upper arm may be described as the follows;0= 10 sin 0.06 twhere 0 is the relative angle between the upper arm and the trunk in sagittal plane and the time tranged from 0 to 60 sec.plot angular position,velocity and acceleration and find the maximumacceleration.3- A sport man make a jump ,the vertical position of his center of gravity can be expressedas the following; y=6t³-5t² +8t-20He complete his motion at 20 secCalculate the maximum vertical velocity and acceleration and the time at which themaximum velocity and acceleration will occurred.4- Use graphical method to draw velocity and acceleration for Ankle given in the figures ;

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Short computation The velocity of an object as a function of time is given by v(t) = b = ct- et²2, where v and t are in SI units. The other variables are given as b = 4.1 m/s, c = 4.1 m/s², and e = 1.5 m/s³. Determine the instantaneous acceleration of the object at time t = 0.38 s. a m/s² Remember to include a "-" if the acceleration turns out to be negative. Do not include a "+" for a positive value. Report your numerical answer below, assuming three significant figures.
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1- Draw the velocity and acceleration for the following five displacements diagrams .Locate the maximum and minimum points of velocity and acceleration. The y-axis represent displacement and the x-axis is the time.