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Moya, A. A. – Physics Teacher, 2017
Charging and discharging processes of a capacitor through a resistor, as well as the concept of impedance in alternating current circuits, are topics covered in introductory physics courses. The experimental study of the charge and discharge of a capacitor through a resistor is a well-established lab exercise that is used to introduce concepts…
Descriptors: Electronics, Teaching Methods, Scientific Concepts, Scientific Methodology
Headly, David; Karabatek, Mohamed – Physics Teacher, 2016
This article describes an experiment teaching polarization phenomena and the Triboelectric Series in a unit on electrostatics. Using rods (2-3 ft in length) made from wood, aluminum, PVC, and Plexiglas on an inverted watch glass, these items demonstrated to the class how a party balloon rubbed with fake rabbit fur (charging the balloon negative)…
Descriptors: Science Experiments, Electromechanical Technology, Science Equipment, Scientific Principles
Papacosta, Pangratios; Linscheid, Nathan – Physics Teacher, 2016
Experiments that measure the speed of sound in air are common in high schools and colleges. In the Kundt's tube experiment, a horizontal air column is adjusted until a resonance mode is achieved for a specific frequency of sound. When this happens, the cork dust in the tube is disturbed at the displacement antinode regions. The location of the…
Descriptors: Motion, Measurement Equipment, Measurement Techniques, Acoustics
Tu, Hong; Zhu, Jiongming – Physics Teacher, 2016
In physics, idealized models are often used to simplify complex situations. The motivation of the idealization is to make the real complex system tractable by adopting certain simplifications. In this treatment some unnecessary, negligible aspects are stripped away (so-called Aristotelian idealization), or some deliberate distortions are involved…
Descriptors: Physics, Models, Scientific Concepts, Scientific Principles
Meyer, Daniel Z. – Physics Teacher, 2017
Young's double-slit experiment is one of the most historically significant works in physics, and one that is easily done in an introductory physics class. It is also an excellent example of an investigation that allows us to infer the nature of phenomena beyond direct observation. Unfortunately, perhaps because of this, it is often also an…
Descriptors: Student Centered Curriculum, Active Learning, Inquiry, Science Experiments
Secco, Richard A.; Sukara, Reynold E. – Physics Teacher, 2016
There are many lab exercises for upper-level school students and freshman undergraduates to measure the value of the local acceleration due to gravity ("g") near Earth's surface. In these exercises, the value of "g" is usually taken to be constant. The approach is often based on measuring the period of a pendulum that is…
Descriptors: College Freshmen, Kinetics, Motion, Science Activities
de Paiva, Eduardo – Physics Teacher, 2016
Every year millions of people contract cancer in the world, and according to prediction of the World Health Organization by the year 2030 there will be about 27 million new cases. Because of these figures and the resulting social and economic implications of this disease, radiotherapy, which is one form of treatment that uses ionizing radiation,…
Descriptors: High School Students, Physics, Radiology, Cancer
Shaku, Asif; Kraft, Jakob – Physics Teacher, 2016
Undergraduate physics laboratories seldom have experiments that measure the Coriolis acceleration. This has traditionally been the case owing to the inherent complexities of making such measurements. Articles on the experimental determination of the Coriolis acceleration are few and far between in the physics literature. However, because modern…
Descriptors: Measurement, Measurement Techniques, Handheld Devices, Motion
Hsu, Tung – Physics Teacher, 2014
A vehicle starts from rest at constant acceleration, then cruises at constant speed for a time. Next, it decelerates at a constant rate.… This and similar statements are common in elementary physics courses. Students are asked to graph the motion of the vehicle or find the velocity, acceleration, and distance traveled by the vehicle from a given…
Descriptors: Kinetics, Motion, Physics, Science Experiments
Miller, Scott – Physics Teacher, 2014
Oftentimes physics is portrayed as merely a list of facts that we know about the world around us, when in fact it is a way of knowing about that world. At times physics claims to understand the inner working of objects that cannot be directly observed, such as the core of the planets and Sun, or the structure of an atom. It is important for…
Descriptors: Scientific Principles, Physics, Observation, Inferences
Kutzner, Mickey; Kutzner, Andrew – Physics Teacher, 2013
Although simple architectural structures like bridges, catwalks, cantilevers, and Stonehenge have been integral in human societies for millennia, as have levers and other simple tools, modern students of introductory physics continue to grapple with Newton's conditions for static equilibrium. As formulated in typical introductory physics…
Descriptors: Laboratory Experiments, Science Activities, Introductory Courses, Physics
Aubrecht, Gordon J., II; French, Anthony P.; Iona, Mario – Physics Teacher, 2011
As all physicists know, all units are arbitrary. The numbering system is anthropocentric; for example, the Celsius scale of temperature has 100 degrees between the boiling point of water at STP and the freezing point of water. The number 100 is chosen because human beings have 10 fingers. The best units might be based on physical constants, for…
Descriptors: Metric System, Measurement Objectives, Measurement Techniques, Robustness (Statistics)
Knipp, Peter A. – Physics Teacher, 2009
Students learn about physical laws and the scientific method when they analyze experimental data in a laboratory setting. Three common sources exist for the experimental data that they analyze: (1) "hands-on" measurements by the students themselves, (2) electronic transfer (by downloading a spreadsheet, video, or computer-aided data-acquisition…
Descriptors: Scientific Methodology, Physics, Scientific Principles, Science Experiments
Cros, Ana; Ferrer-Roca, Chantal – Physics Teacher, 2006
There are a number of ways of exciting standing waves in ropes and springs using non-commercial vibrators such as loudspeakers, jigsaws, motors, or a simple tuning fork, including the rhythmical shaking of a handheld Slinky. We have come up with a very simple and cheap way of exciting stationary waves in a string, which anyone, particularly…
Descriptors: Scientific Concepts, Physics, Motion, Science Experiments
Hopper, Seth; Howell, John – Physics Teacher, 2006
When studying wave interference, one often wants to know the difference in path length for two waves arriving at a common point P but coming from adjacent sources. For example, in many contexts interference maxima occur where this path-length difference is an integer multiple of the wavelength. The standard approximation for the path-length…
Descriptors: Algebra, Physics, Measurement, Mathematical Applications
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