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Peer reviewedSartori, J.; And Others – American Journal of Physics, 1995
Describes hardware that enables the use of an IBM PC microcomputer as a frequency meter or a counter by using the parallel printer port. Eliminates the 16-bit time-day counter through the use of an external time base that can be conveniently set depending on the desired frequency range. (JRH)
Descriptors: Computer Interfaces, Computer Uses in Education, Higher Education, Measurement
Peer reviewedHalford, Leigh; Hoggins, Peter – School Science Review, 1995
Descriptors: Chemistry, Computer Interfaces, Computer Uses in Education, Elementary Secondary Education
Morse, Robert A. – Physics Teacher, 2006
Computer interfaced electrostatic charge sensors allow both qualitative and quantitative measurements of electrostatic charge but are quite sensitive to charges accumulating on modern synthetic materials. They need to be used with care so that students can correctly interpret their measurements. This paper describes the operation of the sensors,…
Descriptors: Science Experiments, Science Equipment, Measurement Equipment, Measurement Objectives
Peer reviewedFox, J.; And Others – Physics Teacher, 1988
Demonstrates a method of measuring the acceleration due to gravity. Provides an illustration of the apparatus and the data analysis. Suggests four different variations of this experiment. (YP)
Descriptors: Acceleration (Physics), Computer Interfaces, Gravity (Physics), Laboratory Procedures
Peer reviewedMatlock, Daniel B.; Safford, Duane C. – Journal of College Science Teaching, 1989
Explains the use of the microcomputer as a multipurpose analytical instrument which frees students from the mechanics of science and allows for more active learning involvement. Provides the typical data acquisition configuration, advantages, disadvantages, and a brief summary. (RT)
Descriptors: College Science, Computer Interfaces, Computer Literacy, Computer Uses in Education

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