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understanding of the nature of measurement and uncertainty. In addition, the coherence of the approach will foreground the central role of experiment in physics and the interplay between scientific inferences based on data and theory. AB, MSA, FEL, RMC November 2002 Please inform the authors before using these materials in any teaching situation.
Introduction. Physics is a quantitative experimental science and as such is largely a science of measurement. Over time, instruments of great accuracy have been devolved to help scientist make better measurements. One of the most basic measurements in physics is the measurement of length, which is where we will start this lab.
1. PHYSICS is a science of measurement. The things which are measured are called physical quantities which are defined by the describing how they are to be measured. There are three fundamental quantities in mechanics: Length Mass Time. All other physical quantities combinations of these three basic quantities. 2.
Any physical science requires measurement. This lab involves making several measurements of some fundamental units of measure: length and time. Also, in physics, we often use functional relationships to understand how one quantity varies as a function of another. For example, if you apply a constant
In this lab you will learn how to write measurements correctly, briefly, and clearly, using significant figures and error notation. determine the number of significant figures in any experimental result. distinguish between random and systematic errors and how they affect the accuracy and precision of your data. plot your data properly a...
GENERAL PHYSICS I LABORATORY MANUAL. October, 2020. physics.iyte.edu.tr. Contents. MEASUREMENT. INSTANTANEOUS VERSUS AVERAGE VELOCITY. PROJECTILE MOTION. NEWTON’S SECOND LAW. THE FORCE OF GRAVITY. MEASURING g, THE ACCELERATION CAUSED BY GRAVITY. ELASTIC-KINETIC ENERGY. CONSERVATION OF MECHANICAL ENERGY. CONSERVATION OF MOMENTUM. ROTATIONAL MOTION.
physics: length, mass, and time. For the SI unit system, these 3 concepts are measured in units of: • Length [L]: meter — [m]. • Mass [M]: kilogram (“kilo” mean 1000, or 1000-grams) — [kg]. • Time [T]: seconds — [s]. Since physics often deals with very large and very small numbers for the measurement of
