PARALLEL RESISTANCE CIRCUITS Open the following link…
Question Answered step-by-step PARALLEL RESISTANCE CIRCUITS Open the following link… PARALLEL RESISTANCE CIRCUITS Open the following linkhttps://phet.colorado.edu/sims/html/circuit-construction-kit-dc-virtual-lab/latest/circuit-construction-kit-dc-virtual[1]lab_es.htmAssemble the circuit shown in the figureImage transcription textE Matar Corlands Converdand E CigsinNudo B 9.0 V 10.0 0- 10.0 0 0Rouduncle de ba briars Nudo A HF… Show moreMake sure that the values are activated by clicking on the square pointed by the arrow in the image. Bothbulbs are the same.Look at knot A you will see that the coulombs of electrons (very large groups of electrons) one of them goes through thepath of one bulb and the next path of the other bulb. At node B you will see that those who arrive from eachbulb come together. There are 2 paths from one pole to the other of the stack (this is what the sides of the stack are called) eachcoulomb travels one way or the other, it does not go through both,A node is a point in the circuit where 2 or more cables come together.Now you are going to measure the intensity of current that passes through each part of the circuit. intensity is the amount ofcharge (number of coulombs) that crosses the section of a conductor per second, is measured in amperes (A). 4Ameans 4 coulombs in one second.Place the ammeters (devices to measure intensity) as they appear in the image. Write the values thatyou get for each ammeter numbered 1 toFour.Enter the values below:Ammeter 1: ………………………….Ammeter 2:…………………………..Ammeter 3:…………………………..Ammeter 4:…………………………..Look at the values obtained. Does the value ofammeter 1 and 4 are?And what about 1 and 3?Image transcription text4 Comiente 9.0 V 10.0 0 10.0 0 21… Show moreIs there any relationship between the currents measured by ammeter 1 and those measured by 2 and 3?We are now going to change the resistance of one of the bulbs and observe the consequences it has on the circuit.and the intensities. To do this you must select the bulb by clicking on it and at the bottom of theA slider bar appears on the screen that you can move to choose the resistance value. Change the resistance ofdouble the bulb so that the circuit is as in the following figure.Indicate again the values marked by the ammeters:Ammeter 1: ………………………….Ammeter 2:…………………………..Ammeter 3:…………………………..Ammeter 4:…………………………..Look again at the different intensities.What is the relationship between the values of theammeter 1 and 4?What is the relationship between the intensitiesWhat ammeters 2 and 3 measure?What is the relationship between the average currents through ammeters 2 and 3 and 1?Look at node A. For every coulomb that goes to the 10Ω bulb, how many coulombs goes to the 20Ω bulb?Now change the value of the resistor so that it is 10 times greater than the other. That is, one of 10Ω and the other 100ΩAs it appears in the image and again take note of the values of the intensities and observe the nodes A and BImage transcription textNudo B Comente 3 9.0 V 10.0 0 100.0 00 2 1 Nudo A Resistencia 100.0 ohms… Show moreAmmeter 1: ………………………….Ammeter 2:…………………………..Ammeter 3:…………………………..Ammeter 4:…………………………..Look again at the different intensities. WhatWhat is the relationship between the values of ammeter 1 and 4?What is the relationship between the intensities that measureammeters 2 and 3?What is the relationship between the mean intensities perammeters 2 and 3 and 1?3Look at node A. For every coulomb that goes to the 10Ω bulb, how many coulombs goes to the 100Ω bulb?We are going to make a last configuration of the circuit so that it is as it appears in the figure. Before you doWhat relationship do you expect to exist between the intensity passing through bulb 2 and through bulb 3?Image transcription text4 Nudo A Comlente 3 Bombilla 2 9.0 V 75.0 00 Bombilla 1 25.0 Q 2 1 Nudo B Resistencia75,0 ohms… Show moreFinally, let’s look at the voltage across each of thelight bulbs. Remember that voltage is energyper unit charge. In the battery the electronsThey receive energy from the battery and that energy goes toyield in the bulbs where it is transformed into lightand thermal energy. Before measuring the voltageModify the resistance of each bulb so thatbe the same. To measure, set the voltmeter toeach bulb as it appears in the pictures.How are the two voltages?Change the resistance of the bulbs to differentvalues and measure the voltage. What happen Conclusions Science Physics PHYSICS 214 Share QuestionEmailCopy link Comments (0)
