In this experiment you will get to test Newton's 2nd Law: F = Ma. You will...
Fantastic news! We've Found the answer you've been seeking!
Question:
![image text in transcribed](https://s3.amazonaws.com/si.experts.images/answers/2024/05/6645e08324b75_4916645e08306a1c.jpg)
![image text in transcribed](https://s3.amazonaws.com/si.experts.images/answers/2024/05/6645e083b318c_4916645e0838a30b.jpg)
![image text in transcribed](https://s3.amazonaws.com/si.experts.images/answers/2024/05/6645e0844c774_4926645e0840ad7d.jpg)
![image text in transcribed](https://s3.amazonaws.com/si.experts.images/answers/2024/05/6645e085152e5_4926645e084c6bcb.jpg)
![image text in transcribed](https://s3.amazonaws.com/si.experts.images/answers/2024/05/6645e085c9b12_4936645e0859522a.jpg)
Transcribed Image Text:
In this experiment you will get to test Newton's 2nd Law: F = Ma. You will experimentally measure the force (hanging mass m2's weight) that causes the glider ( m1) to accelerate to the right as m2 falls. Note that throughout the experiment, the mass of the system (M = m1 + m2) remains constant. Please see the attached images of the setup, the glider and a video demonstrating the experiment. The data collected is also attached. To find the acceleration, you will first find the averge velocity. Measure D between photogates, then divide by the time taken. Vave = Vf+ vi 2 You make sure the glider starts from rest (v; = 0 m), so from the average velocity found earlier, find V Now find the acceleration, a = vf-vi t S Transfer one disc (5g) from m to m2, then repeat the steps above to find a Plot a graph of F (= m2g) versus a. Find the slope and relate it to the mass of the system Find the percent error between your estimated mass of the system and the known mass of the system (what you kept fixed). Write a regular lab report and comment of sources of error. M (g) m1 (g) m2 (g) Time (s) D (cm) 233.86 213.86 20 20 2.1347 69.7 233.86 208.86 25 1.5746 233.86 203.86 30 1.341 233.86 198.86 35 1.182 233.86 193.86 40 1.0342 99 5359 STATION 3 ID: NSFLAB PASSWORD REASON LOGGER PRO 3.15 78 150 3 4 5 6 7 8 9 160 1 3 4 5 6 8 9 170 2 4 9 180 1 3 4 5 6 8 9 190 -D- Mi a = ? th Mi (1 frictionles) Vare = Since v = 0 M/5 + Now, a = 2 f M2 ; (a = const;) - = 2x v ave 44 mig t i = a exp a exp = 22 t ave t F = T = , F = T = m, a,, =m, a - (1) m mzg EF y = T-mg = - may -m2 T-mg = -Ma -(2) Substitute T from eq^ -(1) into eq^ (2) ma-mg a th = M2 -mza mitm2 g In this experiment you will get to test Newton's 2nd Law: F = Ma. You will experimentally measure the force (hanging mass m2's weight) that causes the glider ( m1) to accelerate to the right as m2 falls. Note that throughout the experiment, the mass of the system (M = m1 + m2) remains constant. Please see the attached images of the setup, the glider and a video demonstrating the experiment. The data collected is also attached. To find the acceleration, you will first find the averge velocity. Measure D between photogates, then divide by the time taken. Vave = Vf+ vi 2 You make sure the glider starts from rest (v; = 0 m), so from the average velocity found earlier, find V Now find the acceleration, a = vf-vi t S Transfer one disc (5g) from m to m2, then repeat the steps above to find a Plot a graph of F (= m2g) versus a. Find the slope and relate it to the mass of the system Find the percent error between your estimated mass of the system and the known mass of the system (what you kept fixed). Write a regular lab report and comment of sources of error. M (g) m1 (g) m2 (g) Time (s) D (cm) 233.86 213.86 20 20 2.1347 69.7 233.86 208.86 25 1.5746 233.86 203.86 30 1.341 233.86 198.86 35 1.182 233.86 193.86 40 1.0342 99 5359 STATION 3 ID: NSFLAB PASSWORD REASON LOGGER PRO 3.15 78 150 3 4 5 6 7 8 9 160 1 3 4 5 6 8 9 170 2 4 9 180 1 3 4 5 6 8 9 190 -D- Mi a = ? th Mi (1 frictionles) Vare = Since v = 0 M/5 + Now, a = 2 f M2 ; (a = const;) - = 2x v ave 44 mig t i = a exp a exp = 22 t ave t F = T = , F = T = m, a,, =m, a - (1) m mzg EF y = T-mg = - may -m2 T-mg = -Ma -(2) Substitute T from eq^ -(1) into eq^ (2) ma-mg a th = M2 -mza mitm2 g
Expert Answer:
Related Book For
Fundamentals of corporate finance
ISBN: 978-0470876442
2nd Edition
Authors: Robert Parrino, David S. Kidwell, Thomas W. Bates
Posted Date:
Students also viewed these physics questions
-
How are security screening and food, plant, and animal (FPA) risks associated with the Canada Border Services Agency? Include references and explain in detail with examples.
-
When would it be useful to create a model with an interaction term? Question 28 options: When we wish to control for individual variability. To determine if the general trends in the data are about...
-
Question: What as the average weekly safety inventory level of refined sugar from the beginning January 2022 to the end of July 2022? A. 512,465.9691 metric tons per week B. 316,002.1474 metric tons...
-
Given the following data about XYZ Mutual Fund on Oct. 1: Assets: Liabilities: Cash = $40,000 Accrued fees and expenses = $5,000 1,000 Shares of Stock A: Closing Price $30 2,000 Shares of Stock B:...
-
A normal random variable has mean 0 and standard deviation 4. Find the probability that the random variable will be above 2.5.
-
Dell Inc., headquartered in Austin, Texas, is the global leader in selling computer products and services. The following is Dells (simplified) balance sheet from a recent year. DELL INC. Balance...
-
Identify typical sources of quality cost data.
-
Lessor Entries, Sales-Type Lease Watkins Company, a machinery dealer, leased a machine to Romero Corporation on January 1, 2011. The lease is for an 8-year period and requires equal annual payments...
-
Question 2 Derive the equation of motion for the system shown below in terms of the coordinate x where x represents the displacement of the center O of the wheel. Treat the wheel as a homogeneous...
-
1. Consider amortized cost for the scenario where we have a stack such that: A pop costs 1. . A push costs 1, not counting any allocation that may be necessary. Re-allocation costs the new size....
-
Harris Company manufactures and sells a single product. A partially completed schedule of the company's total costs and costs per unit over the relevant range of 59,000 to 99,000 units is given...
-
2. Yust Corporation determined that $1,700,000 of the research credit on its current-year tax return was uncertain, but that it was more likely than not to be sustained on audit. Management made the...
-
24. Consider the following classical recursive algorithm for computing the factorial n! of a non-negative integer n: FACTORIAL(n): if n=0 else return 1 return n FACTORIAL (n - 1) (a) How many...
-
Design the following website by using HTML tags. Include all necessary images webpages, links, tables and other objects. If you know that the web page #1 include one Image (Library.gif) Web page#1 in...
-
Coal with a heating value of 13,900 BTU/lb is found to have the following analysis: 27.13% VCM, 62.52% FC, 3.24% moisture, 1.28% N and 0.9596 S. It is burned in a furnace in combination with excess...
-
The balances of Ed Co's equity and reserves on 1 January 20X8 were as follows: Share capital - $75m Revaluation surplus - $5m Retained earnings $105m During the year ended 31 December 20X8. Ed Co...
-
A bar of length = 1 has one fixed and one free end and stiffness function c(x) = 1 - x. Find the displacement when subjected to a unit force. Pay careful attention to the boundary condition at the...
-
Taylor, Inc. produces only two products, Acdom and Belnom. These account for \(60 \%\) and \(40 \%\) of the total sales dollars of Taylor, respectively. Variable costs (as a percentage of sales...
-
Dallas Corporation wishes to market a new product for \(\$ 1.50\) a unit. Fixed costs to manufacture this product are \(\$ 100,000\) for less than 500,000 units and \(\$ 150,000\) for 500,000 or more...
-
You are given the following information: {Required:} (1) How many units of Product USA would have to be sold to break even? (2) What would the operating income be if sales increase by \(25 \%\) ? (3)...
![Mobile App Logo](https://dsd5zvtm8ll6.cloudfront.net/includes/images/mobile/finalLogo.png)
Study smarter with the SolutionInn App