Determine the total solution for n20 of a discrete-time system characterized by the following difference equation: y[n]+y[n 1]-6y[n-2] =x[n], for an input x[n] = (-3)"u[n] and with the initial conditions y(- and y(-2) = -1. - Classify the time invariancy property of the following system with representation: (i) y(n) = nx(n-1), (ii) y(n) = x(2n-1). For graphical representation, let x(n) = {0, 1, 2, 1,0).

101] The discrete-time signals in Figure below are plotted as shown to plot the following: i-xa[2n], ii-xa[-n/4], iii- Xb[-5 - n] find z(n)= x₁[-n+1] + x[n+1], and plot the signal z(n). plot 2xb[n]+2. . . find an even and odd parts of the signal in Xa(n). determine the energy for the signals xb(n) [u(n-1)-u(n-5)] and S = 5 -6-5- 11171 2 3 4 -3-2--1₁ -2 n=al 0 (a) 567 *** T!!! 11 -3 (24 (9 -6-5-4-3 xa(n)[u(-n+3)-u(n-4)] 012345 11 Luffi

Autesave For revision session ) - Protected View Saved to this PC P Search (AltQ Natasha Keery File Home Insert Draw Design Transitions Animations Slide Show Record Review View Help Record Present in Teams eShare O PROTECTED VIEW Becrefles from the Intenet.can contain vinnen. Unles you need te edit safr to stey in Protected Vie. Enable iditing 14 Example 15 For the comparator circuit shown below, a a sinusoidal input signal with a peak voltage (Vp) of 5 V and a frequency of 1 Hz is applied to the non-inverting terminal. Assuming that the signal frequency is well below the slew rate limit, describe and draw what would be the comparator output. Assume values of +Vcc as +10V and -Vec as -10 V, with the corresponding output saturation voltages of +V of +9 V and -V of -9 V. 16 17 18 19 Sde 1of 24 English united Kingdom ENG 014 210/2022

Solve it quickly I will give upvote

For the pole-zero plot shown in figure Q2, answer the following a- Find the time response (y(t)) for a unit-step input. b- Find the time response (y(t)) for a unit-impulse input. Im K=1 Re

find the signal genrator for the first circuit

please find the solution for the first circuit as I need help understanding it

BOX THE FINAL ANS

2 parts (A-B) SOLVE CAREFULLY!! Please Write Clearly and Box the final Answer(s) label them

1. Derive the differential equation. That model the electrical system. In picture below. 2. Derive the mathematical expression of the unit impulse response. h(t) = c1e^(lamba1*t) + c2e^(lamba2*t)