Abstract
“Forces and Motion” is a topic that requires students to relate contents to re-al life applications but most of them have difficulties in connecting physics concepts to its corresponding representations and the connections of the rep-resentations to the real world. This contributes to poor conceptual under-standing among the students. Conventional teaching approaches also create poor interest among the students in studying Physics. Some school laborato-ries are not equipped sufficiently and some apparatus are broken or out dat-ed. Therefore, a Mobile Science Laboratory (MSL) is applied in the research to provide an alternative to better functioning laboratory which also uses Microcomputer-Based Laboratory (MBL) in providing up-to-date apparatus in data acquisition. This research investigates the impact of Mobile Com-puter-based Physics Laboratory (MCPL) which is a combination of the use of MSL and MBL in teaching and learning “Forces and Motion” called PotGo (Physics on the Go) using semi-structured interview. The data was analysed using thematic analysis. The result shows that MCPL improves the students’ understanding in Forces and Motion because the students can see and expe-rience the concepts in real life and getting the data in real time. MCPL is in-teresting for students because they can conduct Physics experiments using computers and technology, it is fun and the students can explore the Physics concepts with little time for setting up the experiments. Therefore, the use of PoTGo in MCPL affects students’ learning in “Forces and Motion” and interest towards Physics.
Highlights
Microcomputer-Based Laboratory (MBL) is a computer-based experiment in which experiments are conducted with the use of computers and software, connected with interface and probe ware such as a motion sensor, force sensor, voltage sensor, temperature sensor, sound sensor, acceleration sensor, light sensor, charge sensor, rotary motion sensor and magnetic field sensor [1,2]
MBL is very expensive it has a lot of benefits in learning Physics
MBL could be shared by schools using the concept of Mobile Science Laboratory (MSL)
Summary
Microcomputer-Based Laboratory (MBL) is a computer-based experiment in which experiments are conducted with the use of computers and software, connected with interface and probe ware such as a motion sensor, force sensor, voltage sensor, temperature sensor, sound sensor, acceleration sensor, light sensor, charge sensor, rotary motion sensor and magnetic field sensor [1,2]. MBL provides hands-on experiments and the potential for doing and testing at the same time. It has proven for teachers as they do not have to prepare another test to evaluate student attainment in the lesson [2]. MBL could be shared by schools using the concept of Mobile Science Laboratory (MSL)
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