OR CA NV AK ID UT AZ WY CO NM НІ E SD NE KS OK TX MN IA WI MO AR LA IL IN MS MI TN Which of the following states are over-represented by at least one seat in Congress? a. Hawaii O b. Colorado c. Florida Od. Massachusetts OH KY AL GA PA WV VA NC Over-represented Accurately represented Under-represented SC NY FL CL - NJ MA RI DE MD DC Source: US Census

The following schematics is for a Mealy Machine. T1 O True T1 Y1 Q1 >CLK O False Y1' Q1 CLR R1 T2 T2 Y2 Q2 SYS CLK CLK Q2 Y2 R2

The following elements are shown in the circuit in the figure R1 = 10, R2 = 10, R3 = 5 and R4 = 5, which must be calculated using the multiplication factor 1.2 [kQ]. It is also known that C1 = 6 [uF], C2 = 12 [µF], ɛ1 = 60 [V] and ɛ2 = 10 [V]. Considering that the switch closes at t = 0 [s] while the capacitors are found downloaded. Determine for a time equal to the time constant of the circuit (t = t [s]): a. The energy dissipated per second in resistor R1. b. The potential difference between points “a" and "d", that is, Vad. c. Graph and analyze the voltage of the capacitor from the moment the switch and considering that after 5 time constants it reopens and remains open. Consider that the capacitors begin to discharge when opening the switch.

Can you please provide and explanation on how to use classical method to solve this problem?