Question 2 2.1 2.2 Find the r.m.s. value of the voltage spike defined by the function...

 

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Question 2 2.1 2.2 Find the r.m.s. value of the voltage spike defined by the function v = e' √sint dt between r=0 and t = t. (4) Calculate the area of the region bounded by y = xe-x², x=2 and the x-axis (2) (see figure below) 2.3 Determine the volume of the solid of revolution when the shaded area bounded by the functions y=x'and y=√16-4x² is revolved about the y-axis. 34 24 14 y=xe -1+ (1.4:2.85) y=√16-41² (4) Question 2 2.1 2.2 Find the r.m.s. value of the voltage spike defined by the function v = e' √sint dt between r=0 and t = t. (4) Calculate the area of the region bounded by y = xe-x², x=2 and the x-axis (2) (see figure below) 2.3 Determine the volume of the solid of revolution when the shaded area bounded by the functions y=x'and y=√16-4x² is revolved about the y-axis. 34 24 14 y=xe -1+ (1.4:2.85) y=√16-41² (4)

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