Answer Happy

charging Phase RC Circuit
1) make mathematical expressions and calculations for the RC Circuit Time constant (T) in charging phase. When the switch is thrown into position 1
1b) Generate the equations and calculations for:
- voltage dropped across the capacitor (Vc)
- current flowing through the capacitor (Ic)
- voltage dropped across the resistor (R=4.7)
2) For the RC circuit male the calculations for the voltage and current over (5) time constants (5t) of charging. show mathematics
3) sketch plot by hand or graphing tool the charging phase. use the data from the tables above.
plot in time( t=0 to t ->20r)
after the switch is thrown into position 1 charging phase
- voltage across the capacitor (Vc)
- current through the capacitor (Ic)
- voltage across the resistor (VR=4.7)
circuit
this is for the last part
sorry about that thanks alot!!
the app is glitches sorry
Calculations Time Constant (Charging Phase) (T) Capacitor Voltage (Vc) Capacitor Current (10) Resistor Voltage (V 4.7 ks)

Calculations Time Constant (Charging Phase) (T) Capacitor Voltage (Vc) Capacitor Current (10) Resistor Voltage (V 4.7 ks)

Calculations Time Constant (Charging Phase) (T) Capacitor Voltage (Vc) Capacitor Current (10) Resistor Voltage (V 4.7 ks)

be only the values in the table. Do not do any calculations here. This is just for summary: RC Circuit Time Constant Capacitor Voltage (Vc) Capacitor Current (10) Resistor Voltage (V 4.7 kn) (T) 1τ 21 3т 4T 51



I + 22V 바 1 M 5k0 0 0 N 오 56 uF 4.7 ko..