Determine stability of the following systems. Check for BIBO, symptotic and integral stability. 1 1) x = u, y = 1 1 x X + 1 -1 1 1 07 X + 1 1 [1 2) x = u, y = 1 1 x +u 1

Find the resonant frequency for the network below. The circuit is energized by a 24-Vac, variable frequency supply. Then, for the resonant condition calculate the circuit impedance and current.

I need step by step explanation how you have solved this question

Determine the current in each branch with the use of Kirchoff's Laws. Show complete solution of the succeeding unknowns if more than 3 eq'ns are derived.

Plsss show complete solution with 4 decimal places

.EE < 1.13 Calculate the effective resistance between the terminals A and B in the following arrangements. ov 150 C 300 (R E 1.110 B B 2ND 1340 (4) 1.14 Calculate the voltages V1, V2 and V3 in the following arrangements. 9 V (a) 11:33 +44 7440 401120 01/01/2024, 14:37 50 £2 V₁ 100 £2 12 V n (b) 20 Ω 60 2 All Media V₂ 10 V (c) 10 Q2 40 Ω V₂ Ep

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Q1/ Draw the following figure, indicating all the required dimensions as shown down. 120 30 120

2a Explain the concepts of Kirchhoff’s Voltage Law (KVL) and Kirchhoff’s Current Law (KCL) with any appropriate diagrams and equations to support your explanation.