Consider an LTI system with transfer function 10 Hju) jw +20 (a) Compute the output of the system if the input is (t) 3 cos(5t) (b) Simulate the system with MatLab's Simulink software. Does the simulated output agree with your calculation in part (a)? Explain in detail

Find the given solution :

Please answer all subparts for like either dislike is ready... Sir or mama please..

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2. For the given circuit, 6 = 100 and VBe = 0.7 V, determine IB, VCe, VB, Vc, Ve %3D vcc 18V VCC R1 47k2 R4 2k2 2 R3 1 2kQ BJT_NPN_VIRTUAL 3 R2 R5 10k2 1kQ 4.

Q2-A: What is the value of N₁? A) 0.0298 B) 1.2320 C) 0.0885 D) 9.0065 C = [0 1] D= [0 0] The state-space representation of a system is given above. Find the transfer function of the given syste Q2-B: What is the value of D₁? A) 0.0032 B) 3.2352 C) 21.3424 D) 0.1828 A = 10 Q2-C: What is the value of D₂? A) 7.9832 B) 0.2578 -2.4048 10.83333 -2.2381 C) 0.8627 D) 1.2389 2.2381] B =[-1117 0.5714] G₂ = O N₁ D₂s² + D₂s +1

A system that satisfies the properties of superposition and homogeneity. Select one: a. Transfer function b. Linear c. Super position d. Signal flow e. Non linear W

Control Systems frequency respones

Derive the transfer function of the system below using method: a. block diagram reduction b. signal flow graph     Please answer in typing format please ASAP for

Find the digital equivalent and the resolution for a 3 bit DAC using Successive Approximation of Vin = 0.7 V   and     Vref = 1 V?