Loading...

Messages

Proposals

Stuck in your homework and missing deadline? Get urgent help in $10/Page with 24 hours deadline

Get Urgent Writing Help In Your Essays, Assignments, Homeworks, Dissertation, Thesis Or Coursework & Achieve A+ Grades.

Privacy Guaranteed - 100% Plagiarism Free Writing - Free Turnitin Report - Professional And Experienced Writers - 24/7 Online Support

Http phet colorado edu en simulation circuit construction kit dc

16/10/2021 Client: muhammad11 Deadline: 2 Day

Physic II Lab M3A1 Experiment: DC Circuits

I have to send you 4 more files, the files must be use with the simulation. Files will be send by email once agreement is sign and email is provided by the instructor/teacher/tutor/facilitator.

While completing the experiment DC Circuits, make sure to keep the following guiding questions in mind :

Where does the energy that drives charges around a conducting loop come from? Where is this energy expended?
What is the distinction between series and parallel?
Why must you keep a constant orientation, black probe leading the red?
To complete the experiment you will need to:

Be prepared with a laboratory notebook to record your observations.
Click the image to open the simulation experiment.
Perform the experiment as described.
Transfer your data and results from your laboratory notebook into the lab report template provided at the end of this experiment description.
Submit your version of the laboratory experiment report.
In your laboratory notebook, you will collect data, make observations, and ponder the questions posed within the lab instructions. Thus, the notebook should contain all the data collected and analysis performed, which will be invaluable to you as you write the results section of your laboratory report. Furthermore, the notebook should contain your observations and thoughts, which will allow you to address the questions posed, both for the discussion section in the laboratory report and in helping you to participate in the online discussion included in the module.

PART I - Current, Electrical Potential and Resistance

· Download the following file, to your desktop by:

· right-clicking on M3-Activity-1 : File attached

· selecting Save target as...

· saving the file to your computer where you can easily access it again

This file will be used within the lab simulation.

Start the simulation "Circuit Construction Kit (DC Only) " (if you haven't done so already) by clicking on the image below. : http://phet.colorado.edu/sims/circuit-construction-kit/circuit-construction-kit-dc_en.jnlp

The simulation has a set of controls on the right hand side of the screen. These are divided vertically into different areas. Make the selections indicated.

· From "Circuit," select load.

· When prompted, upload the file M3-Activity-1.

· From "Visual," select "Life Like."

· From "Tools," select noncontact ammeter.

· Position the voltmeter and ammeter as shown in the image below.

http://phet.colorado.edu/sims/circuit-construction-kit/circuit-construction-kit-dc_en.jnlp

Image retrieved from the PHET “Circuit Construction Kit (DC Only)” simulation.

Inside your notebook, draw a graph with potential (V) on the vertical axis and current (I) on the horizontal axis. Use Ohm's Law to make a numerical prediction of the shape that this graph will take. The default values are 9.0 V for the battery, and 10.0 Ohms for the resistor, but you will want to right click on both components to verify this. Plot at least 5 prediction points, and sketch in the graph in your notebook. Now use the Circuit Construction Kit to measure the relationship between battery potential and current.

· Leave the resistor value constant.

· Record the battery voltage and the resulting current in the circuit for the default values.

· Right click on the battery, and change the voltage.

· Click on the "Run" arrow to start the simulation.

· Record the new values of potential and current.

· Take at least 5 data points.

How does the graph produced through your simulation data compare to the predicted graph in your notebook? Continue your investigation. Can you find any factors that might explain any discrepancies? Try turning on the voltmeter and measuring the battery terminal voltage as shown below. Does the battery terminal voltage match the voltage you set using the simulation controls?

Describe in detail any changes that need to be made to the procedure in order to make the predicted graph, so that it will reflect results of the simulation. Use your revised procedure, and place both graphs in your lab report. Be sure to provide a discussion of the differences between a real source of EMF V.S. and an ideal source of EMF.

Part II - Kirchhoff's Rules for Current and Potential

Your basic mathematical tools for analyzing a circuit are Ohm's Law, and Kirchoff's loop rule for potentials and junction rule for currents. We are going to use this activity to gain confidence in the accuracy of these latter two rules, and also to give you some practice in applying these rules.

· Download the following file, to your desktop by:

· right-clicking on M3-Activity-2 : File attached

· selecting Save target as...

· saving the file to your computer where you can easily access it again

· Load the circuit file M3-Activity2 (as you did for M3-Activity1 in Part I).

· Activate the voltmeter.

When the simulation starts, the switch in the circuit is open. There is no conductive path, so the far right left branch of the circuit is not active. Initially, we will only concern ourselves with the portion of the circuit containing batteries and the middle branch.

The loop rule states that the sum of changes in voltage around any closed path in a circuit is zero. In this activity, you are going to use the voltmeter to follow a closed path in the circuit provided. You will record the change in voltage across every component, and then take the sum of these changes.

· Draw the circuit in your laboratory notebook.

· Draw arrows to indicate a sense of direction through the circuit.

· Traverse the loop of the circuit with the voltmeter, measuring the change in potential across each component.

Tip: If you start with the red probe ahead of the black probe make sure this orientation is maintained throughout the data taking. Why might this be important? Record the results in your notebook.

When you close the switch, you will have three circuit loops. The second is obvious, but the third conductive loop may take a moment or two to identify. (Hint: A conducting loop is not required to have a battery.)

· Close the switch.

· Repeat the analysis with all three circuit loops.

How were the potentials across the components in the first loop affected by closing the switch? How might the interior lights of your car be affected by turning on the radio, or engaging the starter motor?

The junction rule states that the algebraic sum of all currents entering or leaving a junction is zero. This is actually just a restatement of the conservation of charge in that a wire junction cannot store charge. Designate the top junction as junction 1.

· Measure the magnitude of all currents entering or leaving the junction.

· Assign a "+" algebraic sign to all currents leaving a junction.

· Assign a "-" algebraic sign to all currents entering a junction.

Be sure to record your observations and analysis in your laboratory notebook. Does your analysis support or fail to support the Kirchhoff's loop and junction rules?

PART III - The Equivalent Resistance of Series and Parallel Resistors

Use the Circuit Construction Kit to create a circuit with at least three series resistors, or load file M3-Activity-3: Download the following file, to your desktop by:

· right-clicking on M3-Activity-3 : File attached

· selecting Save target as...

· saving the file to your computer where you can easily access it again

Use different values for each resistor. Calculate the equivalent resistance of the system using the series rule for resistors.

Describe in detail how you will measure the equivalent resistance of the entire network of resistors. Where will you place the red and black probes of the voltmeter? Where will you place the noncontact ammeter?

Record your data in your laboratory notebook, and perform your analysis. Do your results support or fail to support the series rule for equivalent resistance?

A single loop circuit with three series resistors. Note the position of the voltmeter and the ammeter. (Image retrieved from the PHET “Circuit Construction Kit (DC Only)” simulation).

Use the Circuit Construction Kit to create a circuit with at least three parallel resistors, or load file M3-Activity-4: Download the following file, to your desktop by:

· right-clicking on M3-Activity-4 : File attached

· selecting Save target as...

· saving the file to your computer where you can easily access it again

Use different values for each resistor. Calculate the equivalent resistance of the system using the parallel rule for resistors.

Describe in detail how you will measure the relevant voltages and currents. Record your data in your laboratory notebook and perform your analysis. Do your results support or fail to support the parallel rule for equivalent resistance?

Homework is Completed By:

Writer Writer Name Amount Client Comments & Rating
Instant Homework Helper

ONLINE

Instant Homework Helper

$36

She helped me in last minute in a very reasonable price. She is a lifesaver, I got A+ grade in my homework, I will surely hire her again for my next assignments, Thumbs Up!

Order & Get This Solution Within 3 Hours in $25/Page

Custom Original Solution And Get A+ Grades

  • 100% Plagiarism Free
  • Proper APA/MLA/Harvard Referencing
  • Delivery in 3 Hours After Placing Order
  • Free Turnitin Report
  • Unlimited Revisions
  • Privacy Guaranteed

Order & Get This Solution Within 6 Hours in $20/Page

Custom Original Solution And Get A+ Grades

  • 100% Plagiarism Free
  • Proper APA/MLA/Harvard Referencing
  • Delivery in 6 Hours After Placing Order
  • Free Turnitin Report
  • Unlimited Revisions
  • Privacy Guaranteed

Order & Get This Solution Within 12 Hours in $15/Page

Custom Original Solution And Get A+ Grades

  • 100% Plagiarism Free
  • Proper APA/MLA/Harvard Referencing
  • Delivery in 12 Hours After Placing Order
  • Free Turnitin Report
  • Unlimited Revisions
  • Privacy Guaranteed

6 writers have sent their proposals to do this homework:

Math Specialist
Engineering Guru
A Grade Exams
Unique Academic Solutions
Calculation Master
Accounting & Finance Specialist
Writer Writer Name Offer Chat
Math Specialist

ONLINE

Math Specialist

As an experienced writer, I have extensive experience in business writing, report writing, business profile writing, writing business reports and business plans for my clients.

$23 Chat With Writer
Engineering Guru

ONLINE

Engineering Guru

After reading your project details, I feel myself as the best option for you to fulfill this project with 100 percent perfection.

$35 Chat With Writer
A Grade Exams

ONLINE

A Grade Exams

As per my knowledge I can assist you in writing a perfect Planning, Marketing Research, Business Pitches, Business Proposals, Business Feasibility Reports and Content within your given deadline and budget.

$50 Chat With Writer
Unique Academic Solutions

ONLINE

Unique Academic Solutions

I am an academic and research writer with having an MBA degree in business and finance. I have written many business reports on several topics and am well aware of all academic referencing styles.

$50 Chat With Writer
Calculation Master

ONLINE

Calculation Master

Being a Ph.D. in the Business field, I have been doing academic writing for the past 7 years and have a good command over writing research papers, essay, dissertations and all kinds of academic writing and proofreading.

$33 Chat With Writer
Accounting & Finance Specialist

ONLINE

Accounting & Finance Specialist

I find your project quite stimulating and related to my profession. I can surely contribute you with your project.

$40 Chat With Writer

Let our expert academic writers to help you in achieving a+ grades in your homework, assignment, quiz or exam.

Similar Homework Questions

Assignment - Scholarly activity summary grand canyon university - Absorption costing break even point - Leaked movie trailer and a confidentiality agreement - Simon quotes lord of the flies chapter 3 - How to use the binomial probability table - An aco provider may not recommend any other provider - Case study Review/editing - Silver gold platinum levels - Example of certainty in decision making - Menu mix percentage - Valpak franchise operations inc - Problem Set #10 - Cairns central day hospital - Prepare an Excel Workbook - Inductance of single phase transmission line - Novated lease ecm explained - University rhode island change assessment scale - Aloo bade karare lyrics in english - Lesson 25 complex and compound complex sentences answers - Advantages of reading different types of books - French indirect object pronouns - Yellow reverse uno card - On planet tehar the free fall acceleration - The reluctant fundamentalist changez quotes - Features of case tools - Wynnum manly used cars 250 tingal road - Funny props for skits - Woodside cattery dean lane - Thermoplastic composites manufacturing process - List of standard occupation - Facsdiva compensation after acquisition - Maladaptive responses to immune disorders - Katz Vs The United States - Proof of sinx x 1 - Igrm - A rose for emily and the yellow wallpaper comparison - How to find final temperature using specific heat - Monthly pro forma template - Operations management functions at nissan - Irony in the canterbury tales prologue - BUNS603 - Interagency collaboration and legal searches - Discussion BI - How to make a food web on powerpoint - Develop keyboard skills assessment - 2 robyn court hampton park - 625 nm to ft lbs - Hope was here pdf - Angle of refraction calculator - Marketing and information technology implementation tactics - How to calculate reticulocyte count - What does the giver teach us - How to look at onion cells under microscope - What are the resulting phenotypes - First order system definition - Discussion question - Indian camp ernest hemingway character analysis - Case StudyNissan Company Nissan Motor Company - Solubility of benzoic acid in diethyl ether - 2 short paras 150 each - Draw erd in visio - Shadow health cough danny rivera - Delphi company has developed a new product - Siprotec 5 application notes - Research paper - Harefield academy school uniform - Medicare levy exemption or reductio - Ned kelly primary sources - Budhill family learning centre - Higher english 10 mark question - A concentration c mol l varies with time - Inside dyson a distinctive company case study answers - Uk music video awards 2016 - Influenza vaccination campaign essay - Current issues and enduring questions 12th edition ebook - Graphpad prism 5 serial number - A level accounting syllabus - Culture and Health Care System - Nosotras a las seis de la tarde - Boronia park public school - Keith pedder metropolitan police - Dalton trade and convention center - Thematic synthesis essay - Slutzker center for international services - Animal farm compare and contrast essay - Scavenger food chain examples - Usd to aud commbank - Drivers theory test wa - Methyl benzoate to methyl 3 nitrobenzoate mechanism - Assignment 6 - Vulnerabilities, threats, intruders, and attacks - Canon pixma mg3000 series installation - Verizon fios oob not detected - All shook up glenn c altschuler - Amy fabbrini snopes - Appropriation meaning in art - Domestic sourcing vs international sourcing - Energy of a spring mastering physics - Bio rad gtca song