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You are working as an engineer on a project that involved being able to accurately measure the fluid level change in a large outdoor holding tank. The fluid level rises and falls about twice every second and is measured using a sensor that returns a voltage to represent the fluid height.
You are having difficulty because there are a lot of ripples on the surface that are affecting your height measurement. After some calculation, you find that the ripples are rising and falling 20 times a second or faster.
Design a simple circuit that you can connect to your fluid level voltage meter so that you can accurately detect the rise and fall of the fluid without detecting much change due to the ripples. Draw the circuit showing component values and connections for the input and output.
As with the first order system, there is a general differential equation that governs the response of a second order system. The equation is of the form: Where: So
Compute the (real and imaginary parts of the) principal value of the eighth root of (a + ib) to 3 decimal places (accurate to 10 -3 ). Call the real part "m 7 ", and the imagina
model an equation to determine the amount of oil in a reservior
(13x7y)0
As an engineering student, the ministry of energy and minerals has tasked you to help them model equation(s) that can estimate the amount of crude oil in a reservoir. The governmen
EXPERT EPERIENCE PHOENICS SOFTWARE
Two boys A and B are at two diametrically opposite points on a circle. At one instant the two start running on the circle; A anticlockwise with constant speed v and B clockwise wit
If V is the initial speed of the ball at angle of elevation a , if the origin of the coordinate system is chosen to coincide with the propulsion device, then the initial conditi
Produce a discrete time series y(t i ) by super positioning 5 cosinusoidal components, for your own choice of the amplitudes (a j ) and frequencies (f j ). Add some Gaus
P=(Fv- ? Av3) (1-e-µ?) P is Power v is velocity of the belt ? is the density of the belt material ? = 1200 kg/m3 A is the cross sectional a
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