rom the given circuit, determine ve for all time interval when Vs = 30 [u(-t) + u(t – to)] 5 ms to = 20 15 mF 21x Ve +
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- 5) Perform the following function in a simple program steps a) BL-5.BH b) DX = AX + BX O CX1. Graph the following complex numbers and convert in the specified form a. 5-j7 to exponential form b. 5 cjs (-45°) to rectangular form C. -2-j3 to polar form d. 32-45° to exponential form of complex numbers, (10pts each)Solve the following equations using Simulink: 3x+4y-2z+3 cos6x+9 exp(x)=-9 5x+2y+z=-3 x-y+5z=-11 1.631 Solve fiz)=0 -4.793 Solve f)=0. -1.568 Solve f(x)=0 In this function how can I convert cos to sin and put it in sin wave tool in matlab simulink AAF 11 F
- Fyure O has been clofed for a leng time. It is open the Suwitch in FgureO at Find @ (0o+), vot), dacot) ducot) and O i0), uco). 0.25H Figure O. The Soitch in has been clofed A a lons time- It is open at t-oISMA 3K un 3K un + Vs 7mH 3√1₂ Im mn SmH -+ 20 V t IMF Vc What is Vs. iz Ve at steady-state?Here M= 6, N= 3 , P = 22Please show all the steps in detail
- b) Create a new folder name Lablb in your D:\Student_Matric_Number. Find the output X and show the simulation waveform. A BI need some help with this problem, please convert Vbc(t) to cosineHow many infinite zeros and finite poles has the following open-loop system? 28 - s- 17 s(11 + sT1)(3 – sT2) G(s) = O A) Three poles and two zeros One zero and four poles B) Two poles and one zero Three zeros and four poles O D) E) Four poles and four zeros
- ebtain the state equntion, transition matria and the state Varinbles ecoi ? too R= 32 3L:1H SF initial (onditins: RLC Cirluit ノ ^て= (073In the Circuit show below, Ri= 2e Rz= 32 Use Ieplace treno Form to Find the crrent io 4) F Is (+) = 3ét u(t) CA] 22 Is (+)B R-2000 Q Consider the following RC circuit with an unkown capacitance C. In this circuit, the capacitor charges when the switch is connected to B and discharges through the resistor when the switch is connected to А. The voltage across the capacitor decreases with time when the capacitor discharges. The following table shows the voltage across the capacitor from t = 1s to t= 10s during its discharge in an RC circuit experiment. t (s) 1 2 | 3 4 7 9 10 V(V) 9.4 7.31 5.15 3.55 2.81 2.04 1.26 0.97 0.74 0.58 Use Matlab/Octave to do the following: *In all graphs add title, legend and axis labels 1. Estimate the time at which the voltage V=5.0 V. 2. Estimate, using spline interpolation, the voltage V1 corresponding to 30 different values of time, t between 1 to 10s. 3. You can calculate the current in the circuit using Ohm’s law (I= V/R) at each time, 1 Using the interpolated voltage data in (2), calculate the current at each time. 4. From the current () versus time data in (3), calculate…