By Jerry D. Wilson, Cecilia A. Hernández-Hall
ISBN-10: 128573856X
ISBN-13: 9781285738567
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PHYSICS LABORATORY EXPERIMENTS, 8th variation, bargains quite a lot of built-in experiments emphasizing using automated instrumentation and encompasses a set of ""computer-assisted experiments"" to offer you event with sleek apparatus. via accomplishing conventional and computer-based experiments and examining info via various tools, you could achieve a better realizing of the techniques in the back of the experiments, making it more straightforward to grasp path material.
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Extra info for Physics Laboratory Experiments (8th Edition)
Example text
Editorial review has deemed that any suppressed content does not materially affect the overall learning experience. Cengage Learning reserves the right to remove additional content at any time if subsequent rights restrictions require it. experiment 2 location of a point on the graph is defined by its coordinates x and y, written (x, y), referenced to the origin O, the intersection of the X and Y axes. It is customary to say that y is plotted versus x, which indicates that in the mathematical relationship, y is a function of x; for example, y 5 mx 1 b, that is, the value of y depends on that of x.
Hence, you might expect that the result of a mathematical operation can be no more reliable than the quantity with the least reliability, or smallest number of significant figures, used in the calculation. That is, reliability cannot be gained through a mathematical operation. It is important to report the results of mathematical operations with the proper number of significant figures. This is accomplished by using rules for (1) multiplication and division and (2) addition and subtraction. To obtain the proper number of significant figures, one rounds off the results.
Reading a value from a measurement scale generally involves aligning a mark on the scale. The alignment—and hence the value of the reading—can depend on the position of the eye (parallax). Examples of such personal systematic error are shown in ● Fig. 2. Avoiding systematic errors depends on the skill of the observer to recognize the sources of such errors and to prevent or correct them. B. Accuracy and Precision Accuracy and precision are commonly used synonymously, but in experimental measurements there is an important distinction.
Physics Laboratory Experiments (8th Edition) by Jerry D. Wilson, Cecilia A. Hernández-Hall
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