Learning achievement and ability for solving physicsproblems of grade 11 students using the 7e learning inquiry methods together with the physical problem solving techniques
Abstract:
The purposes of this research were to study grade 11 students physics learning achievement and problem-solving abilities on the topic of electrostatic by using the 7E learning inquiry methods with physics problem-solving techniques between before and after learning and after learning with the 70 percent criterion. The sample consisted of 43 grade 11 students Sciences and Mathematics Program students from 1 classroom of Sriracha School in the second semester of the academic year 2020, obtained using the cluster random sampling technique. The research instruments used for the study were the learning management plan of the 7E learning inquiry methods with physics problem-solving techniques, physics achievement test, and physics problem-solving abilities test. The statistics used for analyzing data were mean, standard deviation, dependent samples t-test, and one sample t-test. The results findings were summarized as follows: 1) Physics score of grade 11 students who received the 7E learning cycle combined with physics problem-solving techniques on the topic of electrostatic after learning was higher than before learning, and after-learning was higher than the 70 percent criterion at the statistical significance at the .05 level. ช 2) Physics problem-solving abilities of grade 11 students who received the 7E learning cycle combined with physics problem-solving techniques on the topic of electrostatic after learning was higher than before learning, and after-learning was higher than the 70 percent criterion at the statistical significance at the .05 level.