KIRCHHOFF'S CIRCUIT LAW
1. KIRCHHOFF'S CIRCUIT LAW
Explanation:
Kirchhoff's circuit laws are two equalities that deal with the current and potential difference in the lumped element model of electrical circuits. They were first described in 1845 by German physicist Gustav Kirchhoff. This generalized the work of Georg Ohm and preceded the work of James Clerk Maxwell.
Explanation:
Kirchhoff's circuit laws are two equalities that deal with the current and potential difference in the lumped element model of electrical circuits. They were first described in 1845 by German physicist Gustav Kirchhoff. This generalized the work of Georg Ohm and preceded the work of James Clerk Maxwell.
2. kirchhoff's voltage law
Answer:
Kirchhoff’s Voltage Law (KVL) is essentially the law of conservation of energy. If voltages across elements traversed from – to + are positive in sense, and voltages across elements that are traversed from + to – are negative in sense (or vice versa)
Step-by-step explanation:
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3. Kirchhoff's Circuit LawsFind i1, i2, and i3
Solution:
We just add current iₐ and node v₁ in our solution.
The loop from 60-V source using KVL (Kirchhoff's voltage law) is:
[tex]60-1000i_{a}-5000i_{a}=0\\60-6000i_{a}=0\\\\i_{a}=\dfrac{60}{6000}=0.01\text{ A}[/tex]
The voltage v₀ at 5k-Ω resistor is
[tex]v_0=5000(0.01)=50\text{ V}[/tex]
Since
[tex]i_{a}=\boxed{i_{3}=0.01\text{ A}}[/tex]
it is because there are no other branches that contain elements (resistors) or sources.
Using KCL for the node v₁:
[tex](6\times10^{-3})(50)=i_{1}+i_{2}\\\\0.3=\dfrac{v_1}{2000}+\dfrac{v_1}{500}\\\\600=v_{1}+4v_{i}\\600=5v_{1}\\v_{1}=120\text{ V}[/tex]
So, the currents i₁ and i₂ are
[tex]i_{1}=\dfrac{120}{2000}\\\\\boxed{i_{1}=0.06\text{ A} }[/tex]
and
[tex]i_{2}=\dfrac{120}{500}\\\\\boxed{i_{2}=0.24\text{ A} }[/tex]
4. 1. Which of the following is an example of a conductor?A copperB glassC rubberD wood2 What law states that charges are neither created nor destroyed but only transferred from one matenal toanother?A Electrostatic law B. Kirchhoff's Law C. Law of Charges D. Law of Conservation of Charge3. What energy transformation occurs when the flashlight is on?A. Chemical -> electrical > lightB. Chemical -> magnetic -> lightC Heat -> magnetic - lightD. Mechanical -> electrical -> light4. How will you describe the switch when you turn the switch to OFF?A closedB. B. negativeCC openD.D. overload
Answer:
a
c
b
a
Explanation:
i hope it helps
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1. Which of the following is an example of a conductor?
A. copper2 What law states that charges are neither created nor destroyed but only transferred from one matenal to another?
D. Law of Conservation of Charge3. What energy transformation occurs when the flashlight is on?
A. Chemical -> electrical > light4. How will you describe the switch when you turn the switch to OFF?
B. negativeMore Information:==================================
copper is an example of conductor because is allows the energy to pass.
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Law of Conservation of Charge is neither created nor destroyed because it can only from one system to another.
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Chemical -> electrical > light is the energy transformation occurs when the flashlight is on. chemical energy is the first transform into electrical energy and the last transformation accours is the light energy.
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5. Kirchhoff rule help me nonsense report
Please see the image for indication of loops.
Identify the loop A using Kirchhoff’s voltage law (KVL):
[tex] -5.0I_1+24.0-0.10I_1-20I_1-40(I_1-I_3)\\\text{}\hspace{40pt}-0.50(I_1-I_3)-48.0=0\\\Longrightarrow -5.0I_1+24.0-0.10I_1-20I_1-40I_1+40I_3\\\text{}\hspace{40pt}-0.50I_1+0.50I_3-48.0=0\\\Longrightarrow -65.6I_1+40.5I_3-24.0=0\quad\textsf{(Eq.1)}[/tex]
Identify the loop B using also KVL:
[tex] -78I_3+48.0-0.50(I_3-I_1)-40(I_3-I_1)\\\text{}\hspace{40pt}-0.20I_3-36.0-0.05I_3+6.0=0\\\Longrightarrow -78I_3+48.0-0.50I_3+0.50I_1-40I_3+40I_1\\\text{}\hspace{40pt}-0.20I_3-36.0-0.05I_3+6.0=0\\\Longrightarrow 40.5I_1-118.75I_3+18.0=0\quad\textsf{(Eq.2)}[/tex]
Do algebraic manipulation to solve for unknowns.
In terms of I₃ from Eq.1:
[tex]I_3=\dfrac{65.6I_1+24}{40.5}[/tex]
Then, plug it in to Eq.2 to solve for I₁:
[tex]\Longrightarrow 40.5I_1-118.75\left(\dfrac{65.6I_1+24}{40.5}\right)+18.0=0\\\\\Longrightarrow 40.5I_1-192.346I_1-70.370+18.0=0\\\Longrightarrow -151.846I_1-52.37=0\\\Longrightarrow -151.846I_1=52.37\\\\\Longrightarrow I_1=\dfrac{52.37}{-151.846}\\\\\Longrightarrow I_1=-0.345\;\text{A}[/tex]
Then, solve for I₃:
[tex]I_3=\dfrac{65.6(-0.345)+24}{40.5}\\\\\Longrightarrow I_3=0.034\;\text{A}[/tex]
Because,
[tex]I_3=I_1+I_2\\\Longrightarrow I_2=I_3-I_1\\\Longrightarrow I_2=0.034-(-0.345)\\\Longrightarrow I_2=0.379\;\text{A}[/tex]
Therefore the following currents are
[tex]\boxed{I_1=-0.345\;\text{A};\;I_2=0.379\;\text{A};\;I_3=0.034\;\text{A}}[/tex]
6. When computing complex circuits, why is it advisable to use Kirchhoff'sRules?
Answer:
Kirchhoff's two rules allow for circuit analysis of increasingly complex circuits. While the algebraic steps required are still fairly involved, the process itself is straightforward. These laws are widely used in the field of electrical engineering.
7. 3. Which among the scientists listed below developed a law that allows calculation of the voltagescurrents and resistance of electrical networks?A. Andre Marie AmpereC. James Prescott JouleB. Joseph HenryD. Gustav Robert Kirchhoff
Answer:
D. Gustav Robert Kirchhoff
8. Test 3: Directions: Match column A to column B.Column A.1. charles coulomb 2. george simon ohm 3 samuel finley breese morse 4. joseph henry Column B.A. introduced the vacuum tubeB. was honored as the father of radioC.The unit of energy was named after himD. A german physicist who developed kirchhoff's law
Answer:
1) b
2) d
3) e
4) a
5) I
6) h
7) f
8) g
9) c
10) h
Explanation:
yarn na bb Sana makatolong
9. 1.Which of the following is an conductor?A.copper b.glass c.rubber d.wood2.What law states that charges are neither created nor destroyed but only transferred from one material to another?A.Electrostatic law b. Kirchhoffs c.law of charges d.law of conservation of charge
Answer:
1. a. copper
2. d. law of conservation of charge
10. For the parallel circuit shown below, use the laws of circuit theory to calculate thefollowing:a. The total resistance (RT)b. The voltage across each component (VT, VR1, VR2, & VR3)c. The current flowing through each component (IT, IR1, IR2, & IR3)d. Use the results to verify Kirchhoff’s Current Law.
Explanation:
For the parallel circuit shown below, use the laws of circuit theory to calculate the
following:
a. The total resistance (RT)
b. The voltage across each component (VT, VR1, VR2, & VR3)
c. The current flowing through each component (IT, IR1, IR2, & IR3)
d. Use the results to verify Kirchhoff’s Current Law.
answer
Letter B
11. Date: Examine the circuit carefully and calculate the missing values using Ohm's law and Kirchhoff's laws. Show all of your work on a separate piece of paper and record your final answers on this page. Keep 2 decimal places . VE Re: VE F RP V 11 R, VE 1 RE VE RE V 15 RS VA RE /21
Answer:
wala po yung paano kung ano
12. 1. What is the charge of electromagnetic waves?a. no chargec. positive chargeb. negative charged. both positive and negative charge2. Which physical laws govern the relationship between electric and magnetic field?a. Arithmetic equationsc. Kirchhoff's equationb. Einstein's equationd. Maxwell's equation3. Which of the following is NOT a characteristic of electromagnetic waves?a. transverse wavesc. travel at the speed of lightb. need a medium to propagated. has an extensive range of waves4. Who discovered the relationship between magnetism and electricity that serves asthe foundation for the theory of electromagnetism?a. George Simon Ohmc. James Clerk Maxwellb. Hans Christian Oerstedd. William Gilbert5. What mode of propagation of the electromagnetic wave is useful in the frequencyrange of 2 to 30 MHz and for long-distance communication?a. Sky wave propagationc. Ground wave propagationb. Space wave propagationd. Tropospheric wave propagation
Answer:
1.C
2.B
3.D
4.A
5.A
Explanation:
EXPLANATION:
13. Activity 4 Where do things start? The name of phobias is drived from the object of fear. In word formation, names can be derived from another name of person or place. These are called eponyms. Eponyms are words which are derived from another name of person or place. Here are some real and fictional eponyms. Can you guess what words are derived from them? 1. Achilles 2. Hans Asperger 3. Atlas 4. Confucius 5. Gustave Eiffel 6. Sir George Everest 7. Gabriel Fahrenheit 8. Henry Heimlich 9. Gustav Kirchhoff 10. Samuel Morse
Answer:
Ssssssssssssssssiwiejrriuhfjekeee
14. your paper.1. A negatively charged rod is placed near a metal can that rests on a woodenchair. You touch the opposite side of the can momentarily with your finger.If you remove your finger before removing the rod, what will happen to thecan?A. It will be discharged.B. Its charge will remain as it was.C. It will become positively charged.D. It will become negatively charged.2. Which of the following is an example of a conductor?A. copperB. glass C. rubber D. wood3. What law states that charges are neither created nor destroyed but onlytransferred from one material to another?A. Electrostatic LawB. Kirchhoff's LawC. Law of ChargesD. Law of Conservation on Charge4. What energy transformation occurs when the flashlight is on?A. chemical electrical lightB. chemical magnetic lightC. heat → magnetic lightD. mechanical electrical light
Answer:
1.D
2.A
3.D
4.D
Explanation:
Sana po makatulong
Answer:
1. C
2.C
3.D
4.A
Explanation:
Sana makatulong
15. SpaceC. The magnetic poles are separated.B.XCY1. A bar magnet is divided in two pieces. Which of the following statements is true?A. The bar magnet is demagnetized.B. Two new bar magnets are created.2. A bar magnet is divided in two pieces. Which of the following statements is true about the force between the broken pieces if theyD. The magnetic field of each separated piece becomes stronger.face each other with a small separation?A. There is an electric repulsive force between the broken pieces.B. There is an electric attractive force between the broken pieces.C. There is a magnetic repulsive force between the broken pieces.D. There is a magnetic attractive force between the broken pieces.3. Which of the following is the space around a magnet in which there is a magnetic effect?A. lodestone B. a magnetic fieldC. an electromagnetD. a magnetic pole4. Which of the following materials does not have magnetic properties?A. Nickel B. IronC. Cobalt D. Tin5. In ancient times, what was the name given to the rock that had magnetic properties?A. Gemstone B. LodestoneC. Pyrite D. Brimston6. Like poles of a magneteach other, and unlike poles each other. Which of the following pairs of words correctly fit intothis sentence?A. repel, attract B. attract, repelC. attract, attractD. repel, repel7. Magnetic poles will always occurA. singlyB. in groups of fourC. in threesD. in pairs8. Magnet X can hold a maximum of 5 paper clips, magnet y can hold a maximum of 3 similar paper clips, and magnet Z can hold amaximum of 7 similar paper clips. Which one of the magnets is ine strongest?AZD. They are all equally strong9. What term is used when two magnets come together?A. AttractionB. Friction C. Repulsion D. Opposition10. Which of the following statements is true about magnetic fields?A. They carry electrons from one end of the magnet to the other.B. Magnetic fields exert an attractive force on plastic materialsC. They travel from north to southD. Magnetic field travel from east to west around the earth11. Which of the following devices will you NOT find a magnet?A. Electric motor B. Bicycle dynamo C. Electric bellD. LED flashlight12. Which of the following is responsible for the earth's magnetic field?A. Convective currents in earth's coreC. Rotational motion of earthB. Diversive current in earth's coreD. Transrotational motion of earth13. How does the magnetic compass needle behave in a magnetic field?A. It assures a position right angle to magnetic fieldC. It starts rotatingB. I assures a position which follows a line of magnetic fluxD. None of these14. Which of the following is the point in a magnet where the intensity of magnetic lines of force is maximum?A. magnetic pole B. South poleC. North poleD. unit pole15. Which of the following is the phenomenon by which a magnetic substance becomes a magnet when it is placed near a magnet?A. Magnetic fieldB. Magnetic phenomenonD. Electromagnetic induction16. What do you call a substance that attracts pieces of iron?A. conductorB magnetC. semiconductor D. All of these17. Who demonstrated the theory of electromagnetic induction in 1831?A. Michael FaradayD. Charles CoulombC. James Clerk Maxwell18. Who discovered that a current-carrying conductor would move when placed in a magnetic field?A. Michael FaradayD. Gustav Robert Kirchhoff19. Which law states that the polarity of the induced voltage will oppose the change in magnetic flux causing the induction?A. Joules LawB. Faraday's LawD. Lenz' LawC. Coulomb's LawC. Magnetic inductionB. Andre AmpereB. Andre AmpereC. Hans Christian Oersted20 wli que el the conductor with right hand so that the stretched thumb points in the direction of the current, then encircling fingerswillgive the direction of magnetic lines of force round the conductor. What rule is this?A. Left hand cork screw rule21. How many poles does a magnet have?D. Right hand ruleB. Right hand cork screw rule C. Left hand ruleB.3 C.4 0.5A.2GUYS PATULONG PO AKO PLS LANG PO
A. There is an electric repulsive force between the broken pieces.
Explanation:
sana makatulong
16. When do we use Kirchhoff’s circuit Laws to describe series and parallel circuit?
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Kirchhoff's laws are used to help us understand how current and voltage work within a circuit. They can also be used to analyze complex circuits that can't be reduced to one equivalent resistance using what you already know about series and parallel resistors.
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#BrainlyFast
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17. Use Kirchhoff’s laws to find the current flowing in the 6 resistor of Figure 13.14 and the power dissipated in the 4 resistor.
Answer:
81927639+8272YE638=01827T
Answer:
Gustav Kirchhoff is a 1866 in flow network 16 resistor.
Explanation:
Perfectly ready by Brainliest.
18. . What law states that charges are neither created nor destroyed but onlytransferred from one material to another?A.Electrostatic LawB. Kirchhoff's LawC.Law of ChargesD. Law of Conservation of Charge
Answer:
D
Explanation:
Its the Law of Conservation of Charge that states that charges can only be transferred and are not created nor destroyed
Answer:
What law states that charges are neither created nor destroyed but only
transferred from one material to another?
A.Electrostatic Law
B. Kirchhoff's Law
C.Law of Charges
D.LAW OF CONSERVATION OF CHARGEExplanation:
#CARRYONLEARNING#BRAINLY19. solve for Rt, i1, i2, i3any method can be use such as ( Kirchhoff's Law or Current Divider principle)
Answer:
brain lest muna answer ko sa coment
Step-by-step explanation:
sa coment answer ko
