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Results 1-10 of 15 (Search time: 0.003 seconds).
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Issue DateTitleAuthor(s)
2017Investigation of the rolling motion of a hollow cylinder using a smartphone's digital compassWattanayotin P.; Puttharugsa C.; Khemmani S.
2021Investigating the large angle of a physical pendulum using a smartphone's sensorsChatchawaltheerat T.; Khemmani S.; Puttharugsa C.
2008Jaynes-Cummings model as a case study for the derivation of time-dependent Schrödinger equationKhemmani S.; Sa-Yakanit V.
2019Determination of the coefficient of static friction from circular motion using a smartphone's sensorsPuttharugsa C.; Khemmani S.; Wicharn S.; Plaipichit S.
2021Determining the coefficient of kinetic friction using smartphone sensorsPuttharugsa C.; Wicharn S.; Plaipichit S.; Khemmani S.
2019Analyzing a torsion pendulum using a smartphone's sensors: Mechanical energy conservation approachNamchanthra W.; Khemmani S.; Wicharn S.; Plaipichit S.; Pipatpanukul C.; Puttharugsa C.
2019Measuring the coefficient of restitution for tennis and golf balls using smartphone sensorsChaisuwan P.; Khemmani S.; Wicharn S.; Plaipichit S.; Pipatpanukul C.; Puttharugsa C.
2008Jaynes-cummings model as a case study for the derivation of time-dependent schrödinger equationKhemmani S.; Sa-Yakanit V.
2019Evolution processes of coupled thermal qubitsChatchawaltheerat T.; Khemmani S.; Poulter J.
2018Development of instructional manual encouraging student active learning for high school teaching on fluid mechanics through Torricelli's tank experimentApiwan S.; Puttharugsa C.; Khemmani S.