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Quang, Ngo Khoa – Physics Teacher, 2022
This article describes a simple way to introduce nanomaterials using the presence of carbon nanodots (CNDs) in widely available food. Budweiser® beer and Coca-Cola®, commercial foods that are commonly accessible, were utilized to demonstrate the optical property of nanoparticles. Specifically, green and violet laser pointers were employed for the…
Descriptors: Science Instruction, Food, Scientific Concepts, Teaching Methods
Tanaka, Kazuo S.; Harada, Ken-ichi; Hayamizu, Tomohiro; Kita, Ryosuke; Kono, Rikako; Maruta, Kyoka; Nagahama, Hiroki; Ozawa, Naoya; Sakemi, Yasuhiro; Sugimori, Ryu – Physics Education, 2022
In Japan, research activities by junior and senior high school students show an upward trend. However, there are limited examples of research activities in the field of elementary particles and atoms. This is due to the difficulty associated with procuring research tools such as accelerators or particle detectors. Therefore, we hosted the 'Accel…
Descriptors: Science Instruction, Junior High School Students, High School Students, Science Experiments
Krulj, Ivana; Nešic, Ljubiša – Physics Education, 2019
Students often have difficulties comprehending situations in which wave characteristics of light are manifested. After teaching wave optics, we studied the level of understanding of reflective diffraction of light with a group of secondary school students, and the phenomenon of diffraction in general. We analysed the possibility of using…
Descriptors: Physics, Science Instruction, Reflection, High School Students
Dean, Natalie L.; Ewan, Corrina; Braden, Douglas; McIndoe, J. Scott – Journal of Chemical Education, 2019
Comprehension of the 3D structure of objects usually represented in 2D is a critical part of understanding molecular geometries. The frequency with which students actually get hands-on with 3D molecular structures is often limited to a singular laboratory session. We sought to develop a set of molecular shapes that were inexpensive enough not only…
Descriptors: Science Instruction, Chemistry, Molecular Structure, Science Laboratories
Blatchly, Richard A.; Delen, Zeynep; O'Hara, Patricia B. – Journal of Chemical Education, 2014
In the last decade, our understanding of the chemistry of olive oil has dramatically improved. Here, the essential chemistry of olive oil and its important minor constituents is described and related to the typical sensory categories used to rate and experience oils: color, aroma, bitterness, and pungency. We also describe experiments to explore…
Descriptors: Chemistry, Science Experiments, Food, Sensory Experience
Nikolic, D.; Nesic, Lj – European Journal of Physics, 2011
We described a simple idea for experimental verification of the uncertainty principle for light waves. We used a single-slit diffraction of a laser beam for measuring the angular width of zero-order diffraction maximum and obtained the corresponding wave number uncertainty. We will assume that the uncertainty in position is the slit width. For the…
Descriptors: High School Seniors, Scientific Principles, Science Experiments, Lasers
Buxton, Richard – Tech Directions, 2007
A laser cutter has found a very welcome home in the technology program at Thomas Jefferson High School for Science and Technology. It has proven an easy-to-use major addition. Lasers come in different types, sizes and power ratings, which means several things must be taken into consideration when selecting the right one for the technology program.…
Descriptors: Lasers, Technology Education, Educational Equipment, Instructional Materials
Wong, Siu Ling; Mak, Se-yuen – Physics Education, 2008
We describe the design of a simple homemade apparatus for the measurement of the refractive indices of liquids and demonstration of refraction. A circular transparent plastic tank and a lazy Susan are held concentrically. A laser pointer is mounted on the lazy Susan with its laser beam pointing radially through the centre of the plastic tank.…
Descriptors: Lasers, Light, Optics, Physics
Vollmer, Michael – Physics Education, 2005
Diffraction gratings are often used in the laboratory to determine the wavelength of laser light. What happens to the spots on the screen if the grating is rotated in this set-up? The answer is nontrivial and instructive.
Descriptors: Lasers, Physics, Science Instruction, Science Laboratories