Current through R1 , upward = i1
Current through R2, downward = i2
Current through R3, downward = i3
Using kirchoff's junction law
i1 = i3 + i2 eq(1)
Now using kirchoff's voltage law in left loop
V1 = i1*R1 + i2*R2
12 = 15.0*i1 + 15.0*i2
i1 + i2 = 12/15.0
i1 + i2 = 0.8 eq(2)
Now using kirchoff's voltage law in right loop
V2 = -i2*R2 + i3*R3
3*12 = -15*i2 + 15*i3
i3 - i2 = 3*12/15
i3 - i2 = 2.4 eq(3)
Now we have three equation and three unknowns, Solving these equations:
i1 = i3 + i2
i1 + i2 = 0.8
i3 - i2 = 2.4
Solving above three equation
i1 + i2 = 0.8
(i1 - i2) - i2 = 2.4
i1 - 2*i2 = 2.4
By subtracting,
3*i2 = -1.6
i2 = -1.6/3 Amp
i2 = -0.533 Amp
Which gives
i1 = 2*(-0.533) + 2.4 = 1.334 Amp
i3 = 1.334 - (-0.533) = 1.867 Amp
To check, apply voltage law across whole loop
V1 + V2 = i1*R1 + i3*R3
12 + 36 = 1.334*15 + 1.867*15
48 = 48.0
Please upvote.
enter the spectrometer. How close to the detector slit will they impact? 3. (a) What is...
What is the magnitude of the current through R1? DATA: R1 = R2 = R3= 18.0 Ω. V1 = 6.0 Volts. V2 = 2V1. What is the magnitude of the curren t through R? DATA: R1 = R2 = RF 18.0 Ω. V1 = 6.0 Volts. V2 = 2V1. V. V. 2 2 3
A mass spectrometer, sketched below, is a device used to separate different ions. Such ions with a well-defined velocity vo enter through a slit into a region of uniform magnetic field B, where they follow a semicircular path until they strike the detector slit above the entry slit. The distance between the entry and the detector slits is d = 1.90 m. a.) Chlorine ions of mass 35 amu (1 amu equals 1.66x10-27 kg), carrying a charge of +1e, enter...
What is the magnitude of the current through R1? DATA: R1 = R2 = R3= 24.0 ?. V1 = 8.0 Volts. V2 = 2V1. 2 2
What is the magnitude of the current through R1? DATA: R1 = R2 = R3= 16.0 Ω. V1 = 8.0 Volts. V2 = 2V1. a2 3R,
Ev Notes Timer Home Work #6 » Current through R1 Course Contents ... What is the magnitude of the current through R1? DATA: R1 = R2 = R3= 24.0 2. Vi = 12.0 Volts. V2 = 2V1. V, R3 R2 >R1 2.00 A There are three unknown currents, therefore you need 3 equations. Use the loop rule twice, and also the junction rule for currents. Incorrect. Tries 2/10 Previous Tries Submit Answer Ev Notes Timer Home Work #6 » Current...
R1 R2 R 3 2 in the above circuit, V1 - 17 volts and v2 - 7 volts. If each of the 3 resistors was 1000 ohms, what is the current (in amps) through resistor R1?
1. [2pt] Calculate the current is in the following configuration: 11-7A i2-7A i3-4A i4-8A Answer: Submit Al Answers 2. [2pt] Consider the following diagram. (Give ALL correct answers, i.e., B, AC, BCD.. 2 Et A) E1-E3-i] R1-i3 R3 B) E2-E3-i3 R3-i2 R2 c) E3-E1=-13 R3-11 RI D) E2-E1-i R1-i2 R2 E) El-E2=il Riti2 R2 F) ii-i2+i3 G)iI+i2-i3 Answer: Submit Al Answers 3. [2pt] What is the magnitude of the current through R1? DATA: R1-R2 R3- 24.0 ohm. V1 6.0 Volts...
Circuit with Two Batteries and Six Resistors 1 2 3 4 5 6 A circuit is constructed with six resistors and two batteries as shown. The battery voltages are V1 18 V and V2 12 V. The I,I I, R positive terminals are indicated witha+ R Sp. R5 sign, The values for the resistors are: R1 = Rs 74 Ω, R2-R6-86 Ω R3-103 Ω, and ,a. VI R4 135 Q. The positive directions for the R4 currents l1, 12 and...
11) For the circuit shown, R1= R3 = R9 = R11= 102.0 Ohms, the rest of the resistors are 204.0 Ohms. a) Without doing any simplification (or combination) identify the number of pairs of resistors (that is 2 resistors) that are in series. b) Without doing any simplification (or combination) identify the number of pairs of resistors (that is 2 resistors) that are in parallel. c) Find R12 the equivalent resistance of resistors R1, and R2. d) Find R123 the...
i dont undersrand how to calculate the values from measured data? 2. Turn on the DC power supply, measure its output voltage with DMM2 and record it as measured data Vs in Table 6. 3. Use DMM2 to measure the voltages V, V2.V. Va across R R. RR respectively. Use DMMI to measure the current Is (notice: Is=1= 12 + 1,-1). Record the measured values of I, and V., V2, V3. V4 in Table 6. 4. Turn off the DC...