Training in experimental physics: through demonstrations and problems
By: Khaparde, R BContributor(s): N.APublication details: 2013Description: 300pSubject(s): PhysicsDDC classification: 530.072 Summary: The book is divided in two parts:
Part One presents a critical overview of training in experimental physics, which include the objectives and a brief history of physics laboratory training. It gives a classification of experimental activities and the importance and role of laboratory training. It explains what is meant by procedural understanding in physics and presents a model of science, based on the problem solving approach. It also offers suggestions for selection and development of contents, instructional and evaluation strategies, and a course in experimental physics.
Part Two gives the necessary details of a set of ten experimental problems and demonstrations. In this part, each chapter is devoted to an experimental problem and a related demonstration. Each chapter is divided in to two sections, the first section deals with the demonstration. It begins with a statement of the objective of the demonstration followed by a teacher handout`, which provides all the necessary details of the demonstration along with references. The second section of each chapter deals with the experimental problem. It is divided in to four sub-sections namely, student handout, model answer, salient features of the experimental problem and possible modifications in the experimental problem, and the setup.
Part One presents a critical overview of training in experimental physics, which include the objectives and a brief history of physics laboratory training. It gives a classification of experimental activities and the importance and role of laboratory training. It explains what is meant by procedural understanding in physics and presents a model of science, based on the problem solving approach. It also offers suggestions for selection and development of contents, instructional and evaluation strategies, and a course in experimental physics.
Part Two gives the necessary details of a set of ten experimental problems and demonstrations. In this part, each chapter is devoted to an experimental problem and a related demonstration. Each chapter is divided in to two sections, the first section deals with the demonstration. It begins with a statement of the objective of the demonstration followed by a teacher handout`, which provides all the necessary details of the demonstration along with references. The second section of each chapter deals with the experimental problem. It is divided in to four sub-sections namely, student handout, model answer, salient features of the experimental problem and possible modifications in the experimental problem, and the setup.
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