Problem 7. (B07) For the following systems, determine (i) if they are linear and (ii) if they are Time-Invariant (TI). Ti {x(t)} = y(t), s.t. D°y(t) + ty(t) = ¤(t) T2 {r(t)} = y(t), s.t. Dy(t – 1) + 3y(t) = ¤(t) T3 {r(t)} = y(t), s.t. D°y(t) – 2y²(t) = x(t) (За) (3b) (3c)

Let's continue analyzing the RL transient circuit. R 100 VA 10V 811∞ Switch is at A 01A O-1A + VR(t) - 02A Switch is at A O OA t=0 t= 0+ Switch is at B Y t=0 = 0. Note that, the current in the 3. At t = 0+, which is the time instant immediately after t inductor is a continuous value, i.e., it cannot suddenly change. Therefore, IL (0) = I₂ (0¹) vi(t)L 10H 4. At t= too, the switch is at position B. The connection between the voltage source and the inductor has been disconnected for a very long time. What is the current in the inductor at this time, i.e., IL (+∞o)? t = +∞ Switch is at B

Consider the following circuit, select the correct statement(s) below.. D Λ D Q x3 Clock 0 Q The shortest clock duration is determined by TcQ_min +su +TOR- The shortest clock duration is determined by TCQ_max +tu+TOR The shortest clock duration is determined by TcQ_max +tu+TAND We don't need to worry about the hold time requirement th.