Already have an account? Get multiple benefits of using own account!
Login in your account..!
Remember me
Don't have an account? Create your account in less than a minutes,
Forgot password? how can I recover my password now!
Enter right registered email to receive password!
Compute and plot the response of a simple pendulum with viscous damping whoseequation of motion is given by0.. .ml 2 ? + c? + mgl? =Compute the value of the damping coefficients for ? = 0.1.The initial conditions are? (0) = {15°, 30°, 45°, 60°, 90°} and (0) 0.? = . M = 10 g ; l = 5 cms.b) Compare the generated plot with Non-linear plot for each value of ?(0).What do you infer from the plots obtained?c) Plot the natural frequency of the nonlinear solution versus initial condition ?(0).(Note: Plot the linear and the nonlinear curve in the same plot. Remember to convert the initialvalues of theta given in degrees, to radians.)Also make sure that the difference between the linear and the non-linear responses can be clearlyseen from the plot. If necessary use the zoom feature in order to show the difference.
Given an 8kx8 device, you need to create an entire memory system of64Kx16. How do you create it using the 8Kx8 devices and what are the address lines of the 8k and entire system
For Each Pair of Second-order systems specifications that follow, find the locations of the second order poles a) Overshoot %= 12% , Ts= 0.6 seconds b) Overshoot %= 10%, Tp= 5 seconds c) Ts= 7 seconds, Tp= 3 seconds
For each of the following functions find the values of S & Wn (omega n) and characterize nature of response (overdamped,underdamped,critical damped,etc) a) G(s)= 225/ s^2 +30s+225 b) G(s)= 625/ s^2 +625
Develop the Boolean expression in POS form found by removing the static-zero hazards from the following expression. Your circuit must be minimized to receive full credit. Draw the schematic for the hazard-free circuit.
explain how to get an output greater than input at the appropriate band (bandwidth, range of frequencies present the highest response) without changing frequency response.
At the receiver, the carrier is reinserted during demodulation, but its frecuency is 5.00015 MHZ rather than exactly 5 MHZ. How does this affect the recovered signal How would a voice signal be affected by a carrier that is not exactly the same as..
At t = -250/6 μs, a sinusoidal voltage is known to bezero and going positive. The voltage is next zero at t = 1250/6μs. It is also known that the voltage is 75 volts at t =0. a) What is the frequency of v in herts
For pulse oximeter signals for heart rates less than 240 beatsper minute, what do you expect will be the important spectral andother signal characteristics that need to be preserved in an electronic system.
find the fundamental period. x(t)= summation of k=-5 and 5 w(t-2k) for w(t) depicted in figure. the figure is graph from negative 1 to infinite and postive 1to infinite on x-axis, a straight line connecting the negative 1 and 1 on the x-axis to p..
Porter's Five Competitive Forces
Consider a uniformly charged sphere of radius R1 with a spherical hole of radius R2 displaced a distance x0 from the center. Let ρ be the charge density. a) What is E on the x axis as a function of x
Assume that the I bit for external hardware interrupt IRQ is enabled and is low-level triggered. Explain how this interrupt works when it is activated. How can we make sure that a single interrupt is not interpreted as multiple interrupts
Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!
whatsapp: +1-415-670-9521
Phone: +1-415-670-9521
Email: [email protected]
All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd