Theory 2. A graph of F against l is plotted. Hypothesis The change in length of spring is directly proportional to the applied so that it will cause greater change in length of the spring for greater force applied. The experimental set-up to measure the spring constants is shown in Figure1 2. Furthermore, the stiffness k of the rigid body is determined as well. A holding pin. Conclusion 5.
Hooke's Law and Simple Harmonic Motion Lab Report. Introduction: This lab is set up for us to to be able to determine the spring constant with two different. Physics Report HOOKE'S LAW - Free download as Word Doc .doc /.docx), PDF File .pdf), Text File .txt) or read online Lab Report 3 - Lab 6 - Hooke's Law. Hooke's Law Lab Report Max Binkle, 12 MPW, 1.
Aim In the experiment I wanted to test whether strawberry laces obey Hooke's Law, when they.
Modification 1. The graph plots the force that is the weight of the load. When the force increases, the stretch of the spring also increases and vise versa.
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Flashcards Last activity. A mass on the helical spring is inserted using the weight holder and the slotted weight.
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|The gradient changes at the point 45, 1. A support rod, square 4. FCE - Physics IA 45 hrs Mechanics and Properties of Matter : Introduction to dynamics: circular motion; simple harmonic motion SHM ; rotation of rigid bodies; Newton's Law of gravitation Introduction to statics: force systems on rigid bodies at rest: equilibrium: fluid statics.
A meter scale 0. The above steps is repeated for the other helical spring.
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Free Essay: Hooke's Law Experiment Report Done by Yovaphine Wijaya – 11 Science 1 Aim To investigate Hooke's law for simple strings or. Hooke's law and the investigation of spring constant k. Aim. To examine Hooke's law and to determine the value of spring constant k.
Introduction. Robert Hooke.
As soon as the gradient changes the last measurement before it has shown you the elastic limit.
Hooke’s Law Lab by ashley leiolani on Prezi
Measurements In my experiment I measured the mass I used to cause tension and the start length and the successive lengths of the lace. Bianca Ionela Dragan. If I had used different laces I would have had to assume that each lace is the same.
Jose Galvan. The result can be used when eating them e.
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|The oscillation of the spring may also be interrupt by the air and this will cause the spring swing after a while either than oscillation. The gradient changes at the point 45, 1.
This is because of the mass or the force that we applied to the spring. Systemic error Make sure that all the equipment that are going to be use are in good condition and have been properly calibrated to fit the experiment. This can — occasionally — affect the deformation behavior of the laces.
Fang Ying Tee.
Hooke's Law Lab
Hooke's Law Lab. Jomari Umipig.
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Jash Canilao. Ashley Pagmanua.
Hooke's Law Lab Report
Michael Lindarto. The purpose of this experiment was to determine the.
A holding pin.
Video: Hookes law lab answers Hooke's Law, Finding the Spring Constant.
The above steps is repeated for the other helical spring. Rate us 1. In this experiment, the parallax errors occur when someone who manages to read the data are not concern about the amount and decimal places when they do the calculation. Hulwan Mukhlis. This error will make the reading of the result become higher or become lower than the real result.
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A slotted weight, 50 g, black Constants I needed some constant variables. This relationship can be expressed as: F x which is read as "force is proportional to stretch or squeeze ". File - Ms. Pervez C.