A control system is defined by the following differential mathematical relationship d²x dt² The response of the system as t→→∞ is (A) x = 16 (C) x = 2.4 9 +16 dx dt + 5x = 12 (1-e-²¹) (B) x = 5 (D) x = -9

Homework x1(n) = 8(n)+ 8(n–1)+8(n–2) x2(n) = 28(n)–8(n-1)+28(n– 2) | Find x1 O x2

1 A series RL circuit has a voltage E = 100V applied at t 0 by closing of a switch. %3D %3D If R = 150 ohms and L 15henry. Find an expression for current i at any time t %3D %3D and at t = 150ms. Find also the steady state current. %3D

A motor whose torque-speed curve is Tm= -0.5wm+50 when the input voltage is ea=10 V, drives the load shown in the figure, + (t) Motor Om со 2 J₁ = 3 kg - m², J₂ ² Type your answer here J N₂ = 7 kg - m², D = 2 N Find the transfer function (s)/Ea(s) for the following values. N-m-s rad R 0₁ Ja AAAAA N₁ = 40, N₂ = 10

i need the answer quickly

Find the range of 'K' for the system to be stable whose characteristic equation is 4s³ + 2s² + 100s + K = 0.

6 The system block-diagram is: * k 1 1 - Ts+1 The system is structural stable. The system is structural unstable.

given the Potential field V₂ (A5² + B₁²²) Sinal d) Show the 1² V = 0 b) Select A and B So that V= loov and El = 600 Vtr at P (S-19 0²22-5₂2=2)

Problem 06.046 - DEPENDENT MULTI-PART PROBLEM - ASSIGN ALL PARTS Consider the given circuit under dc conditions, where R=15 02. 252 3.А www R + "C2F Find the voltage vc The voltage vc is V. 592 0.5 H NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. Problem 06.046.a - Voltage across a capacitor in a R, L, C circuit

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