Hooke's Law and Simple Harmonic Motion Lab

Simple harmonic motion and Hookes law Hookes Law Hookes Law states that when an object is stretched the restoring force is directly proportional to the displacement provided the elastic limit is not exceeded. Hookes Law and Simple Harmonic Motion Objective to measure the spring constant of the springs using Hookes Law to explore the static properties of springy objects and springs connected in series and parallel to study the simple harmonic oscillator constructed from springs and masses to verify that the period of the SHM is proportional to the square root of.

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. Land of Desire. This lab uses the simulation Spring and masses from PhET. Record the period of the oscillations using the timer tool in the simulation.

F - k s We represent this mathematically as follows. Hookes law states Force is directly proportional to the displacement from the equilibrium position and acts Read More Matthew Mannetta Simple Harmonic Motion Lab Report Introduction Simple harmonic motion is the motion of a mass on a spring when it is subject to the linear elastic restoring force given by Hookes Law. M d 2 ydt 2.

Simple Harmonic Motion 2 1. Take the period measurement after 10. The purpose of the laboratory was to study Hookes law and to evaluate the spring constant using two methods the static and dynamic methods of measurements.

Students also viewed Week 8 Midterm 2 Practice test 1. HOOKES LAW AND SPRING CONSTANT OBJECTIVES. In this lab we will verify Hookes Law and learn about simple harmonic motion.

Hookes Law Simple Harmonic Motion Virtual Labdocx - 106 kB. View Lab 7 Hookes Law and SHM 1docx from PHYS 203 at Marist College. Simple harmonic motion In this lab we will try to determine the spring constant k of a given spring using Hookes Law and the period of a pendulum.

View physics 205 lab 7pdf from PHYSICS 201 at McNeese State University. Hang a weight holder from the bottom of the spring and measure its vertical position with a meter stick. F µ - s Þ The most common example of Hookes Law is a stretched string.

Spring constant based on Hookes Law as determined from the slope of the trendline. Simple harmonic motion will occur whenever there is a restoring force that is proportional to the displacement from equilibrium as is in Hookes law. Simple harmonic motion arises whenever an object is returned to the equilibrium position by a restorative force proportional to the objects displace- ment.

Begin changing the amplitude of oscillations by releasing the mass at different initial non-equilibrium positions. Open or add a new Excel worksheet and prepare it to record your new data by. The law states that F -ky where F is in this case Mg and y equals the negative displacement.

AP I PART ONE Organization OF THE BODY. Equation 1 is known as Hookes law. From Newtons second law F ma and recognizing that the acceleration a is the second derivative of displacement with respect to time Equation 1 can be rewritten as.

2 add masses in steps of 100 g up to 600 g and measure the corresponding. Because the force is proportional to displacement of the spring from its equilibrium position a mass attached to the spring will undergo simple harmonic motion. View Lab 11 Reportdocx from PHYS 221 at University of Memphis.

Its easiest to put one end of the meter stick on the table top and to turn it so that the numbers increase downwards This. If Hookes Law holds for the spring and the data fits a straight line then the motion of masses vibrating up and down on the spring should be simple harmonic motion. Hookes Law and Simple Harmonic Motion Dr.

Hookes Law and Simple Harmonic Motion Lab Report include data table University Borough of Manhattan Community College Course Physics I PHY 210 Uploaded by Wolf Gang Academic year 20202021 Helpful. Hookes Law Your first task is to measure the force exerted by the spring as a function of how far it is stretched. Hookes Law and Simple Harmonic Motion Introduction A periodic motion is one that repeats itself in successive equal intervals of time the time required for one complete repetition of the motion being called its period.

Rearranging Hookes Law to find spring constant k F -kx Mg -kx-mgx k Procedure. The data correlate close to Hookes Law but not quite. Hookes Law and Simple Harmonic Motion.

In this lab we will verify Hookes Law and learn about simple harmonic motion. The motion of the spring will be compared to motion of a pendulum. Students are asked to find the spring constant of spring 3.

M k Fk d - L kd KL T 21 where d full length of spring at any given time where L initial length of the spring before any. From there they determine the magnitude of the unknown masses period of oscillation and the gravity on Planet X. Because the force is proportional to displacement of the spring from its equilibrium position a mass attached to the spring will undergo simple harmonic motion.

The law states that F -ky where F is in this case Mg and y equals the negative displacement. After graphing forces versus displacement a value of 353 Nm was determined as the spring constant. Simple Pendulum and Hookes Law By Jordan Thomas PHYS 221 Section 8.

The motion of the spring will be compared to motion of a pendulum. Start by using fixed mass and spring constant values only. After graphing forces versus displacement a value of 353 Nm was determined as the spring constant.

The data correlate close to Hookes Law but not quite. Imagine for example a particle moving back and forth along a straight line between two fixed points. LAB REPORT D735 LAB10.

The spring constant is a coecient of proportionality between elastic force and displacement according to hookes law equation 1. Download all files as a compressed zip. We used both the static method and the dynamic method of measurement of spring constant.

Weiwei Sun Phys 205 - WHA 25 October 2021 Elizabeth N. We learned Hookes law. Hookes Law and Simple Harmonic Motion For this weeks exercise you.

Merchants Power and the Rise of a New American Culture Interpersonal Communication Physics Lab Report 2 -Hookes Law and Simple Harmonic Motion Lab Report Hookes Law and Simple Harmonic Motion Lab Report University The University of Texas at Arlington Course General College Physics I PHYS 1441 Academic year 20172018 Helpful. F kx 121 The illustrative example above is Hookes Law which describes the restorative force of an oscillating spring of stiffness k spring constant. 1 hang a spring from the support add a weight hanger and measure the initial equilibrium position with the meter stick and record it.

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