Homework Answers
The voltage across the capacitor C2 = the voltage across the resistance
This is because both the capacitor are connected in parallel.
The voltage across the voltage regulator is 5V. Voltage regulator maintain the output voltage constant if the input voltage is in the range of 5V to 18V. Since the rectified voltage is 9.71V, the voltage across the regulator is 5V
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If my rectified voltage equal to 9.713V, how can i calculate the voltage on the load resistent af...
I. A balanced three-phase positive sequence wye-connected 60Hz source voltage has line-neutral voltage of V, 1000 V. It is connected to a three- phase wye connected load whose impedance is z 50+j...
I. A balanced three-phase positive sequence wye-connected 60Hz source voltage has line-neutral voltage of V, 1000 V. It is connected to a three- phase wye connected load whose impedance is z 50+j37.7 2 a. Find line currents ia ib, ic and line-line voltages Vab, Vbo Vac b. Find the total complex power delivered to the load. c. Find delta-connected capacitor bank needed to bring the PF to 0.95 (lagging) of system. d. Re-calculate currents la, ib, io with Case c....
I. A balanced three-phase positive sequence wye-connected 60Hz source voltage has line-neutral voltage of V, 1000 V. It is connected to a three- phase wye connected load whose impedance is z 50+j...
I. A balanced three-phase positive sequence wye-connected 60Hz source voltage has line-neutral voltage of V, 1000 V. It is connected to a three- phase wye connected load whose impedance is z 50+j37.7 2 a. Find line currents ia ib, ic and line-line voltages Vab, Vbo Vac b. Find the total complex power delivered to the load. c. Find delta-connected capacitor bank needed to bring the PF to 0.95 (lagging) of system. d. Re-calculate currents la, ib, io with Case c....
How would I calculate the readings for amps and voltage to compare to the voltmeter readings. ...
How would I calculate the readings for amps and voltage to
compare to the voltmeter readings.
Circuit-Lab-U12 (2) - Multisim - ICircuit-Lab-U12 (2) Eile Edit View Place MCU Simulate Transfer Iools Beports Options Window Help 9 -- In-Use List II Interactive Multimeter-XMM3 3 Multimeler-XMM1 11 24 A XMM1 XMM3 - . A y dB A V dB I 1 R1 R2 XMM4 Set. 10mH Set... Multimeter-XMM4 212 300 A V1 C2 3.47HF) A v Q dB C1 1.6kVrms 636HZ 60...
How can I calculate elastic modulus from 3 point bend data? I have acquired load vs...
How can I calculate elastic modulus from 3 point bend
data?
I have acquired load vs deflection data from a 3 point bend test,
as per the following setup:
Fro this data, I have attempted to calculate the Youngs modulus
of the bone specimen at a load of 2002 N with a deflection of 1.18
N. the specimen is also 80mm long, with a hollow circular
cross-section, being 25mm outer diameter and inner diameter of
16mm.
To do so, I...
I need help with numbers 4,6,7,8,9 please? 12 VDC 1.0 k ohms 10k ohms C3 1.0 uF C1 1.0 UF , R Load Baca 1 80 10k ohns 300 mVp-p 1.0 kHz 100 ohms .7k ohms C2 47uF 330 ohms 4. Calculate the following pa...
I need help with numbers 4,6,7,8,9 please?
12 VDC 1.0 k ohms 10k ohms C3 1.0 uF C1 1.0 UF , R Load Baca 1 80 10k ohns 300 mVp-p 1.0 kHz 100 ohms .7k ohms C2 47uF 330 ohms 4. Calculate the following parameters assuming capacitor C2 has been removed from the circuit with the 1.0k2 resistor as the load. RIN BASE Av Vour 5. Construct the circuit shown on the previous page. Before connecting the AC supply, measure...
4) output and ground is C (not shown). You should add this capacitor in the figure. Assume that the load capacitor connected between the +2.5 V VDD 1.81 Uo 0 2.22 I M When the input voltage changes f...
4) output and ground is C (not shown). You should add this capacitor in the figure. Assume that the load capacitor connected between the +2.5 V VDD 1.81 Uo 0 2.22 I M When the input voltage changes from VL to VH abruptly at time t 0, (a) In the figure above, draw the path for current flow after the output voltage changes and reaches its new dc value. Draw in the above figure (b) What are the circuit parameters...
1. In class we derived how a transformer can up or downregulate the voltage in an...
1. In class we derived how a transformer can up or downregulate
the voltage in an electrical circuit with an alternating
current.
(a) Use the conservation of energy to deduce how the currents I1
and I2 must be related if you know the ratio of ε1/ε2 (for the
purpose of calculating the power delivered by a circuit ignore any
complications due to the fact that I(t) and ε(t) are
time-varying).
(b) In class I argued that power transmission is more...
1- Capacitor B has half of the capacitor A. Compare the load of capacitor A with...
1- Capacitor B has half of the capacitor A. Compare the load of capacitor A with capacitor B charge when the two capacitors remain connected in series with a battery for a long time. 2- A capacitor immersed in the air has capacitance equal to 12.5 μF when the potential difference at its terminals is 24.0V. If we insert a constant material dielectric equal to 3.75 between the capacitor plates, filling the space between them completely, (a) how much energy...
I need the first half answered. I can figure out how it relates to my experimental...
I
need the first half answered. I can figure out how it relates to my
experimental data.
. Discuss your data concerning cell voltage and its concentration dependence. According to the Nernst equation, how much should the cell potential change if the queous component of one of the half cells is changed by a factor of 10? Does this gree with your experimental data? NG Edit Answer
If all I have is a mean concentration, how can I calculate the overall confidence limit,...
If all I have is a mean concentration, how can I calculate the overall confidence limit, 95% confidence interval, or overall relative confidence limit? My mean concentration is 0.26 M.
I. A balanced three-phase positive sequence wye-connected 60Hz source voltage has line-neutral voltage of V, 1000 V. It is connected to a three- phase wye connected load whose impedance is z 50+j37.7 2 a. Find line currents ia ib, ic and line-line voltages Vab, Vbo Vac b. Find the total complex power delivered to the load. c. Find delta-connected capacitor bank needed to bring the PF to 0.95 (lagging) of system. d. Re-calculate currents la, ib, io with Case c....
I. A balanced three-phase positive sequence wye-connected 60Hz source voltage has line-neutral voltage of V, 1000 V. It is connected to a three- phase wye connected load whose impedance is z 50+j37.7 2 a. Find line currents ia ib, ic and line-line voltages Vab, Vbo Vac b. Find the total complex power delivered to the load. c. Find delta-connected capacitor bank needed to bring the PF to 0.95 (lagging) of system. d. Re-calculate currents la, ib, io with Case c....
How would I calculate the readings for amps and voltage to
compare to the voltmeter readings.
Circuit-Lab-U12 (2) - Multisim - ICircuit-Lab-U12 (2) Eile Edit View Place MCU Simulate Transfer Iools Beports Options Window Help 9 -- In-Use List II Interactive Multimeter-XMM3 3 Multimeler-XMM1 11 24 A XMM1 XMM3 - . A y dB A V dB I 1 R1 R2 XMM4 Set. 10mH Set... Multimeter-XMM4 212 300 A V1 C2 3.47HF) A v Q dB C1 1.6kVrms 636HZ 60...
How can I calculate elastic modulus from 3 point bend
data?
I have acquired load vs deflection data from a 3 point bend test,
as per the following setup:
Fro this data, I have attempted to calculate the Youngs modulus
of the bone specimen at a load of 2002 N with a deflection of 1.18
N. the specimen is also 80mm long, with a hollow circular
cross-section, being 25mm outer diameter and inner diameter of
16mm.
To do so, I...
I need help with numbers 4,6,7,8,9 please?
12 VDC 1.0 k ohms 10k ohms C3 1.0 uF C1 1.0 UF , R Load Baca 1 80 10k ohns 300 mVp-p 1.0 kHz 100 ohms .7k ohms C2 47uF 330 ohms 4. Calculate the following parameters assuming capacitor C2 has been removed from the circuit with the 1.0k2 resistor as the load. RIN BASE Av Vour 5. Construct the circuit shown on the previous page. Before connecting the AC supply, measure...
4) output and ground is C (not shown). You should add this capacitor in the figure. Assume that the load capacitor connected between the +2.5 V VDD 1.81 Uo 0 2.22 I M When the input voltage changes from VL to VH abruptly at time t 0, (a) In the figure above, draw the path for current flow after the output voltage changes and reaches its new dc value. Draw in the above figure (b) What are the circuit parameters...
1. In class we derived how a transformer can up or downregulate
the voltage in an electrical circuit with an alternating
current.
(a) Use the conservation of energy to deduce how the currents I1
and I2 must be related if you know the ratio of ε1/ε2 (for the
purpose of calculating the power delivered by a circuit ignore any
complications due to the fact that I(t) and ε(t) are
time-varying).
(b) In class I argued that power transmission is more...
I
need the first half answered. I can figure out how it relates to my
experimental data.
. Discuss your data concerning cell voltage and its concentration dependence. According to the Nernst equation, how much should the cell potential change if the queous component of one of the half cells is changed by a factor of 10? Does this gree with your experimental data? NG Edit Answer
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