Based of the first photo chart … can you plz answer these three questions ? you20.01Part 2: Graphical Analysis of DataFor many spring-mass systems, the amount a spring stretches when it suspends a mass is proportional to theamount of mass supported by the spring. This is called Hooke's law. We will test that here.Un -0.004Directions: Suspend a hanger on a spring and record the position of the bottom of the hanger. Add a knownmass to the hanger and record the position of the hanger and calculate the displacement of the spring.WATCH SIG. FIGS.!FORE15.0325.0435.06Mass(grams)5Initial Position of Hanger: 37.2cmTable 4- Mass vs. Displacement45.07.65.1285.171105.111110.31115.361Position (cm)37-839140.441.642.895.648.4511डान्वDisplacement Mass/Position(cm)0.51.9३.२५.५5.68.413.914.715.3y-intercept=_(grams/cm)B7.9CS Scanned with CamScannerSD:un= 0.00047.88.08.02.87.602.567.507.60Analysis1. Plot mass of spring versus displacement of spring (y vs. x). Perform a fit using y=mx+b and correctlyreport the slope and y-intercept. Copy and paste the graph below. Don't forget a figure caption.Slope=Displacement you20.01Part 2: Graphical Analysis of DataFor many spring-mass systems, the amount a spring stretches when it suspends a mass is proportional to theamount of mass supported by the spring. This is called Hooke's law. We will test that here.Un -0.004Directions: Suspend a hanger on a spring and record the position of the bottom of the hanger. Add a knownmass to the hanger and record the position of the hanger and calculate the displacement of the spring.WATCH SIG. FIGS.!FORE15.0325.0435.06Mass(grams)5Initial Position of Hanger: 37.2cmTable 4- Mass vs. Displacement45.07.65.1285.17105.111110.31115.361Position (cm)37-839140.441.642.895.648.4511डान्वDisplacement Mass/Position(cm)0.51.9३.२५.५5.68.413.914.715.3y-intercept=_(grams/cm)BCS Scanned with CamScanner7.9SD:un= 0.00047.88.08.02.87.602.567.507.60Analysis1. Plot mass of spring versus displacement of spring (y vs. x). Perform a fit using y=mx+b and correctlyreport the slope and y-intercept. Copy and paste the graph below. Don't forget a figure caption.Slope=Displacement

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Description: Based of the first photo chart … can you plz answer these three questions ? you20.01Part 2: Graphical Analysis of DataFor many spring-mass systems, the amount a spring stretches when it suspends a mass is proportional to theamount of mass supported b

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Part 2: Graphical Analysis of Data For many spring-mass systems, the amount a spring stretches when it suspends a mass is proportional to the amount of mass supported by the spring. This is called Hooke's law. We will test that here. Un-0.004 Un= Directions: Suspend a hanger on a spring and record the position of the bottom of the hanger. Add a known mass to the hanger and record the position of the hanger and calculate the displacement of the spring. WATCH SIG. FIGS.! Initial Position of Hanger: 37.2cm

Part 2: Graphical Analysis of Data For many spring-mass systems, the amount a spring stretches when it suspends a mass is proportional to the amount of mass supported by the spring. This is called Hooke's law. We will test that here. Un-0.004 Un= Directions: Suspend a hanger on a spring and record the position of the bottom of the hanger. Add a known mass to the hanger and record the position of the hanger and calculate the displacement of the spring. WATCH SIG. FIGS.! Initial Position of Hanger: 37.2cm

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter6: Energy Of A System

Section: Chapter Questions

Problem 29P

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