Describes a one week secondary level physics course which includes experiments carried out in the field. (SL)

Discusses the philosophy and organization of an introductory college physics course that emphasizes laboratory experiments. Also presents a brief outline of the laboratory work. (MLH)

Describes an introductory laboratory physics course covering dynamics, fields, and waves. The course involves six hourrs of laboratory work and six hours of self-study every two weeks. Understanding concepts rather than laboratory techniques is stressed. (MLH)

Describes a laboratory teaching technique in which a single topic (in this case, bipolar junction transistors) is studied over a period of weeks under the supervision of one staff member, who also designs the laboratory work. (MLH)

Describes the physics courses offered in 137 British institutions with basic requirements, course structures, advanced research fields, training activities, enrollment trends, and addresses for further information included in each entry. (CC)

Describes a course entitled Computer Applications in Science," offered by the Physics Department at Queen Mary College, London. Lists topics included in the lectures and topics handled by means of computer projects assigned to students. (Author/TS)

Describes for members of physics departments in higher education what kind of background in physics they may expect of students who have done the Nuffield physical science course, rather than a senior level course in college prep" physics. (Author/TS)

Outlines and describes the content of an applied physics course offered for the four year honors and the three year pass degrees. The course stresses three components: principal subjects, industrial projects, and subsidiary subjects. (GA)

Describes recent improvements and changes in the sequence and substance of offerings in a natural philosophy and physics degree course. (GA)

In 2000, the New South Wales Board of Studies introduced new syllabi for Junior Science (years 7-10) and Senior Science subjects (years 11 and 12), i.e. Physics, Chemistry, Biology, and Earth and Environmental Science (Geology). The structure of these courses is similar: it is based on a contextual perspective and is underpinned by a number of…

Describes an applied mathematics course which presents the mathematical skills that have the widest applications and uses examples from daily life. The course emphasizes the meaning of numbers, translating word problems from English to mathematics, and a graphical treatment of functions. (GS)

Describes the application of the Keller Plan to an introductory physics course. Presents the organization of the course, faculty and student reaction to the course, and an assessment of the course on the basis of student grade distribution. (GS)

Experiences with a teaching machine for self-paced individual teaching in physics are discussed and evaluated. The teaching system is described, the problems of choosing topics and making programs are examined, and student evaluation of the course is reported. (DT)

Discusses the use of programmed scripts, textbooks, films, and cassette tapes to conduct a self-instruction laboratory course. Indicates the presence of marked positive effects on the development of the students' ability to plan their own experiments. (CC)