Collisions Lab Report Guidlines These are general guidelines for a lab report on collisions.
Lab rules Page 2 Section 2: Lab report Page 3 Section 3: Graphing Page 4 Section 4: Equipment used in Lab Page 6 Section 5: Center of mass Page 41 Section 6: This should begin each report.
The student's name followed by the date on which the experiment was performed and the date the report is submitted and the name of experiment.
A brief introduction including important formulas and units. The main objectives of the experiment. This briefly and clearly describes both the experimental apparatus and how it was used.
This is the heart of the report. Here you describe how derived quantities were calculated from the raw data. You should explain carefully and concisely the steps involved in manipulating the data.
You should include appropriate analysis of any uncertainties. Include any tables and figures that are necessary to explain your experiment. This is where you summarize the results of the lab and the percentage error.
Page 3 Section 3 Graphing Physics A graph is the clearest way to represent the relationship between the quantities of interest.
Before plotting points on a graph, it may be useful to arrange the corresponding values of x and y in a table.
A linear relationship can be demonstrated if the data points fall along a single straight line. The straight line should be drawn as near the mean of the all various points as is optimal.
The line should be drawn with about as many points above it as below it, and with the 'aboves' and 'belows' distributed at random along the line.
Page 4 Section 3 Graphing Physics A Slope is often used to describe the measurement of the steepness, incline, gradient, or grade of a straight line. The slope of a line in the plane containing the x and y axes is generally represented by the letter m, and is defined as the change in the y coordinate divided by the corresponding change in the x coordinate, between two distinct points on the line.
This is described by the following equation: Equations of motion are used to study the linear motion of a uniformly accelerated body. Final velocity, the velocity at the end of the acceleration.
Lab Conservation of Energy PHY Lab Monday PM () _____ ABSTRACT: We conducted this experiment in order to investigate and validated whether energy is conserved in a simple mechanical system. Show transcribed image text Experiment 2 Collision -- Conservation of Momentum and Kinetic Energy Procedure: Go to Read the instruction. If the Elastic Collision button is not checked, then click on. Click reset - then change the values of M1, M2, V1b, and V2b to the values given in Table 1. Research Papers words ( pages) From the conservation of energy, Work done gravitational potential = kinetic energy + against energy of falling mass of mass and flywheel friction i.e. mgh = 1/2 mv2 + 1/2 IÏ‰2 + n1W where W is the work done against friction per revolution.
Acceleration, this is a constant acceleration t: Time, this is the time period of the acceleration. From the equation of motion:Conservation of energy is the hallmark organizing principle in all sciences.
As the total energy of a closed system remains constant, a loss of one form of science practices are addressed in the various lab activities: , , , , , and ] Skills and Practices Taught/ Emphasized in .
Conservation of Linear Momentum Objective In the previous lab exercise, conservation of energy was explored. In this lab exercise, another conservation principle, the conservation of momentum, will be explored. mass. Since kinetic energy is also conserved, 1 2.
LAB 7 Conservation of Energy. OBJECTIVES 1. Observe and verify that mechanical energy is transformed between potential and kinetic energies.
2. GENERAL SCIENCE LABORATORY L Lab. Experiment 5 THE SPRING CONSTANT Pendulum clamp, aluminum pole, large clamp, assorted masses, mass hanger, spiral spring, ruler, and 2- meter stick. Theory: A spring constant is the measure of the stiffness of a spring. If a Your lab report for this experiment should have the following sections: 1.
conservation of mechanical energy lab report Essay Experiment title: conservation of mechanical energy Section: 8 Name: Ahmed Atari University ID: Instructor: Ahmed Zainelabdin Submission date: May 1, Objective: the purpose of this lab is to investigate the law of conservation of energy.
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