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Question Description I'm working on a physics report and need support to help me understand better. In these calculations, the Coulomb constant has a value of 8.99×109N?m2C28.99×109N?m2C2 Part I (Label the tab "macro"): This is the macroscopic data. Note that: q1=q2=q.q1=q2=q. Starting in cell D2, record all of your force measurements down the D column. In cell A1, record the initial position of q1. In cell A2, record the initial position of q2. The difference in those positions is the first separation between the charges. Place this value in B2. In cell B3, type (without quotes) "B2+0.1". Hit enter. Copy the formula down to the last force measurement. Finally, in cell C2, type "B2/100", and copy the formula down. 1.Place column labels in cell 1. In cell C1, it is r(m)r(m). In D1, it is F(N)F(N). 2. Plot F(r)vs.rF(r)vs.r . Make sure you insert the correct graph! It looks like in inverse-square curve. Label the graph for presentation. Afterwards, run a trendline by right-clicking the data. Chose power fit. Place the equation on the graph and enhance the size. Note the power of the fit. Record and label on the spreadsheet close to the graph the power obtained and the coefficient. Note: Do NOT run a LINEST or linear fit here!!!!! For this analysis, using the Coulomb equation and this coefficient, calculate q. Record this value in SI based units as well as in micro-Coulombs. Part II (Label a new tab "micro"): You are given that q2=4eq2=4e. Note that this scale is now in picometers. Starting in cell D2, record all of your force measurements down the D column. In cell A1, record the initial position of q1. In cell A2, record the initial position of q2. The difference in those positions is the first separation between the charges. Place this value in B2. In cell B3, type (without quotes) "B2+0.1". Hit enter. Copy the formula down to the last force measurement. Finally, in cell C2, convert first value to meters, and copy the formula down. 1.Place column labels in cell 1. In cell C1, it is r(m)r(m). In D1, it is F(N)F(N). 2. Plot F(r)vs.rF(r)vs.r . Make sure you insert the correct graph! It looks like in inverse-square curve. Label the graph for presentation. Afterwards, run a trendline by right-clicking the data. Chose power fit. Place the equation on the graph and enhance the size. Note the power of the fit. Record and label on the spreadsheet close to the graph the power obtained and the coefficient. Note: Do NOT run a LINEST or linear fit here!!!!! For this analysis, using the Coulomb equation and this coefficient, calculate q1q1. Record this value in SI based units as well as in micro-Coulombs. Also, record the polarity. Is it is negative or positive ion? How do you know? 4. Plot F(r)vs.1r2F(r)vs.1r2. Is it linear? Label the graph for presentation. Run a LINEST by highlighting a 2 x 5 matrix starting around cell A15 or so. Record the value of the slope and the uncertainty (e.g. 2.5±0.12.5±0.1). For this analysis, using the slope and the Coulomb constant, calculate q1q1. Record this value in SI based units as well as in micro-Coulombs. Also, compare with your first calculation and comment. Part III (Create a tab called "summary"): Insert large text boxes to type in. In the summary tab, address these questions: From the data (you) collected, does the power fit indeed illustrate the inverse-square Law? Suppose you placed another charge (q3q3) on the opposite end of the ruler of (a) equal value as q1q1 and with the same sign and (b) a charge q3=2q1q3=2q1 . Describe how the force on q2q2 would look as a function of position starting at the original point as before, and then moving towards the right for both scenarios (a) and (b)? Analyze one scenario at a time! Take a stab at it. How would you begin to investigate this? Suppose you were in a lab doing these measurements, assuming well-calibrated equipment, list some random errors you would encounter. Save the file and upload.

Description attached is the rubric for the assignment please if you need information let me know

Description just follow the instruction on the pdf and then your good to start. In this lab, you will be using the PHET Faraday’s Electromagnetic Lab simulation to explore induction, Faraday’s law, and generators. We also look at exactly how current is generated inside power plants and how that current then gets to your house. This will be a springboard into a discussion about the best forms of power with respect to environmental concerns.

Description i need some help with lab i got 3 lab to do and i put these in browse. jdfhnbdhghfjndbhgfujikdjnbvhfuxbjgujkmbnhdgnjdbghjk

Description Please write a thorough response to each question and add illustrations. That's pretty much it.

Description Virtual Lab Login: brinsonmiller Lethiao! Lab Assignment 5 Welcome to the Lab component of Physics I. This week's lab is called "Buoyancy." You will conduct experiments to see how submerged objects behave. You will see how Archimedes' Principle applies to buoyancy, and you will determine the density of an unknown material. First, download and read the two documents below: Click here for the user's guide for "Buoyancy" Click here for the instructions for the "Archimedes' Principle" lab Now, log into your account. https://virtuallabs.ket.org/physics/ Watch the video overview (remember, there is no sound). Watch the arrow as it shows you where to click to perform the lab. You will also find the instructions in the PDF documents to be extremely helpful as you work the lab. Then, get into the Virtual Physics Lab and run several experiments, using a wide variety of data points. You need to generate a Lab Report to submit for this assignment. Here are the criteria for the Lab Report: Introduction/Thesis (Explain the principles you are studying, and what results you expect to see in this experiment) Background (Explain the concepts that form the foundation for this lab) Methodology (Explain the apparatus used, and how you manipulated the apparatus) Data (Include screen shots from the Grapher, or spreadsheets that contain data, or any charts or graphs you created) Analysis (Look over the data and analyze the results - were results consistent with original expectations, or did you see something different?) Conclusions (Provide your interpretation of what happened with this set of data; provide explanations of why the results turned out the way they did; indicate what sources of error may have impacted the experiment, and anticipate what should happen in future research) Lab Assignment 4 Welcome to the Lab component of Physics I. This week's lab is called "Momentum." You will conduct experiments to see how carts react when they collide. First, download and read the two documents below: Click here for the user's guide for "Momentum" Click here for the instructions for the "Conservation of Momentum" lab Now, log into your account. https://virtuallabs.ket.org/physics/ Watch the video overview (remember, there is no sound). Watch the arrow as it shows you where to click to perform the lab. You will also find the instructions in the PDF documents to be extremely helpful as you work the lab. Then, get into the Virtual Physics Lab and run several experiments, using a wide variety of data points. You need to generate a Lab Report to submit for this assignment. Here are the criteria for the Lab Report: Introduction/Thesis (Explain the principles you are studying, and what results you expect to see in this experiment) Background (Explain the concepts that form the foundation for this lab) Methodology (Explain the apparatus used, and how you manipulated the apparatus) Data (Include screen shots from the Grapher, or spreadsheets that contain data, or any charts or graphs you created) Analysis (Look over the data and analyze the results - were results consistent with original expectations, or did you see something different?) Conclusions (Provide your interpretation of what happened with this set of data; provide explanations of why the results turned out the way they did; indicate what sources of error may have impacted the experiment, and anticipate what should happen in future research) Lab Assignment 3 Welcome to the Lab component of Physics I. This week's lab is called "Circular Motion." You will conduct experiments to see how centripetal force works. First, download and read the two documents below: Click here for the user's guide for "Circular Motion" Click here for the instructions for the "Centripetal Force" lab Now, log into your account. https://virtuallabs.ket.org/physics/ Watch the video overview (remember, there is no sound). Watch the arrow as it shows you where to click to perform the lab. You will also find the instructions in the PDF documents to be extremely helpful as you work the lab. Then, get into the Virtual Physics Lab and run several experiments, using a wide variety of data points. You need to generate a Lab Report to submit for this assignment. Here are the criteria for the Lab Report: Introduction/Thesis (Explain the principles you are studying, and what results you expect to see in this experiment) Background (Explain the concepts that form the foundation for this lab) Methodology (Explain the apparatus used, and how you manipulated the apparatus) Data (Include screen shots from the Grapher, or spreadsheets that contain data, or any charts or graphs you created) Analysis (Look over the data and analyze the results - were results consistent with original expectations, or did you see something different?) Conclusions (Provide your interpretation of what happened with this set of data; provide explanations of why the results turned out the way they did; indicate what sources of error may have impacted the experiment, and anticipate what should happen in future research)

Description has to be done well. the topics of the test are in the required knowledge that is listed bellow.

Description SCIENTIFIC METHOD RESEARCH PAPER Competency Explore how the development of the scientific method impacts our worldview. Instructions Identify a current problem in physics by searching for news articles and current events. One reputable source of news in physics is Phys.org. Choose one article, and in two pages, describe how the scientific method is being used to solve the problem mentioned in the article. Identify the initial observations that identified the problem, the hypothesis, tests, and any revisions of the original hypothesis. Cite the article in APA format as well as other references you might use.

Description Please write a lab report including this requirements. Objective: What is the purpose of the lab? What will the lab demonstrate? Theory: The theory that will be demonstrated and how it will potentially be demonstrated. Discuss the lab’s apparatus and its involvement in this experiment. Formulas used: Discuss the formulas of theory, label each of the variables of formulas and how the data will be used and applied to experiment. Data: Graphs, tables, and relevant numbers. Label all data such as: Axis titles and the title of graphs etc. Data discussion: Show all calculations and discuss the behavior of the data. How do the formulas or theory relate to the data? If applicable percent difference or percent error. Conclusion: Summary of theory, data and application; this should be the pertinent things you’ve observed or learned from this experiment. Discussion: How can this experiment be improved? Why error occurred?

Description explain your answer. Question is on the image