It´s applied an unit step of 10V on the input of a RC Series
Circuit, it...
It´s applied an unit step of 10V on the input of a RC Series
Circuit, it is known that resistor value is 1 Kohms, determine the
value of the capacitor knowing that took it 10 seconds to charge
it.
If the capacitor in an RC circuit is replaced by two identical
capacitors connected in series, then find the CORRECT
statement.
Select one:
a. The time constant will be tripled
b. The time constant will decrease by a factor of 2
c. The time constant will be unchanged
d. The time constant will decrease by a factor of 4
e. The time constant will be doubled
1. A simple RC circuit consists of a 1 microF capacitor in
series with a 3,000 ohm resistor connected to a 6V battery and an
open switch. Initially the capacitor is discharged. Once the switch
is closed, it determines the time it takes for the voltage in the
sea 3.8 V capacitor.
a. 3x10 ^ -8 s
b. 3x10 ^ 9 s
C. 3 s
d. 0.003 s
e. 3x10 ^ -9 s
QUESTION 2
1. Three 8 ohm resistors...
Draw phasor diagrams for the following circuits.
A) For the first circuit: Analyze a series RC circuit. So an emf
with frequency w and peak voltage V connected in series to a
resistance with peak voltage V_R and a capacitor with a peak votage
V_C.
B) For the second one, do a parallel RL circuit. Same emf as
above, but resistance R in parallel to inductor with inductance
L.
Step by step
Thank you
A series RC circuit with R = 5 W and C = 0.02
F is connected with a battery of E = 100 V. At t
= 0, the voltage across the capacitor is zero.
(a) Obtain the subsequent voltage across the capacitor.
(b) As t → ∞, find the charge in the capacitor.
(DIFFERENTIAL EQUATIONS)
SOLVE THIS USING MATLAB SOLVE THIS USING MATLAB
SOLVE THIS USING MATLAB SOLVE THIS USING MATLAB
SOLVE THIS USING MATLAB SOLVE THIS USING MATLAB...
A series RC circuit is connected in parallel to a 5 volt DC
voltage source, where resistance R=1 M ohm and capacitance C= 1
microfarad. If at the start of operation, voltage across the
capacitor is 5 volts, calculate the voltage across the capacitor at
t=2 seconds. Also sketch the instantaneous voltage across the
resistor. using differential equation.
Given a RC circuit in series , at time t=0, power supply 4v is
connected to the circuit causing charging of capacitor, determine
at instant 8 seconds :
Where C = 10 mF, R = 4 kOhms, and consider all initial values equal
to ZERO.
a) Tension on capacitor;
b) Tension on resistor;
c) total current.
Consider the circuit in (Figure 1). Suppose that vs = 10V Part A Use voltage division to find the voltage across the 4 Ω resistor, positive at the top. Part B Use the result from part A and voltage division to find the voltage across the 9 Ω resistor, positive on the left.
A light bulb, a capacitor, and a nine-volt battery are wired
up in series in a simple RC circuit. The light bulb has a
resistance of 2.0 kΩ and the capacitor has a capacitance of 950
μF.(a) What is the electric current in the circuit at the exact
moment the battery is connected (at t = 0)?(b) What is the electric current in the circuit 1 second after
the battery was connected?(c) What is the electric current in the circuit...
Consider an RC circuit with resistance R and capacitance C. The
circuit is stimulated with a pulse of amplitude A and width T.
The purpose of this study is to understand what happens to the
impulse response, capacitor voltage, and resistor voltage for
various resistor values: 600 ?, 1000 ?, and 1200 ?. The name of the
MATLAB script will be called project2a. Excite the circuit with a
rectangular pulse voltage of amplitude=5 V and pulse width of 10
ms....
Find and Sketch the Step response of following RLC
circuit.
1) Series RLC circuit
2)Parallel RLC circuit
simulate these on Multisim software and Also show
overdamped,critical damped,underdamped Graph in Transient
analysis.
note: Circuit should be any and simple of your choice.