In 1975, selected high ability secondary students attended a program in Nuclear and Environmental Science. Likert-like pre- and posttests concerning aspects of nuclear technology were given to the students. Results indicated no favorable or unfavorable changes in student attitudes towards the ideas sampled. Sample questions included. (MA)

The author discusses the use of free-hand drawing, the modified Socratic teaching method, and the differentiation of mathematical language from colloquial usage as techniques which he has found helpful in creating a positive classroom environment for teaching problem solving. (MN)

Investigated developmental and/or sex components of energy attitudes using Kuhn's Energy Opinionnaire. Results indicate that changes in student attitudes through grade levels are consistent with cognitive and affective development literature and that sex differences are more pronounced in older students (with females having a more external world…

Discusses: (1) the nature of an attitude toward science; (2) why people have attitudes toward science; and (3) how attitudes toward science can be improved. Also differentiates attitudes from beliefs and behaviors. (DH)

Results from a national assessment of science conducted by the Minnesota Science Assessment and Research Project in 1981-82 are presented. The achievement of 13- and 17-year-olds on biology items, their attitudes about science and science classes, and comparisons with data from 1976-77 are discussed. (MNS)

Reviews a study that attempted to obtain baseline data on variables that may be related to the nuclear attitudes of students. Presents survey results of the attitudes of college students, secondary school age students, and members of an anti-nuclear action group toward the generation of electricity from nuclear energy. (ML)

Describes a study which examined the combined effects of student participation and of more realistic levels of vagueness terms (incertainty and bluffing terms) on student achievement and attitudes. One conclusion based on sixth-grade students (N=96) responses suggests that relatively low levels of teacher uncertainty and bluffing can influence…

Investigates the effects of mathematics anxiety and sex on attitudes related to achievement in computer literacy: computer anxiety, computer confidence, and computer liking. Over 350 students in junior high, secondary, and college classes were involved. (MNS)

The effects of cooperative learning on attitudes of students toward laboratory work were studied with ninth-grade biology students in Nigeria. It was found to be successful in developing favorable attitudes. Reasons for this are discussed. (MNS)

The study sought to determine how integrating science and mathematics in a seventh-grade physics unit affected attitudes and achievement in science. Two above-average and two average classes were involved. Scientific attitudes of the average integrated group improved, as did achievement of the above-average integrated group. (MNS)

Data were collected from 293 fifth-grade students. Significant positive relationships were found between science achievement and all of the attitudinal tendencies tested. (MNS)

A computer program (written in Applesoft BASIC) to score the Scientific Attitude Inventory (SAI) has been developed. The program takes approximately seven minutes to process a file containing 150 subjects. A complete listing of the program (which is available from the author on diskette) is included. (JN)

The Science Attitude Scale, published in 1974, was revised to attain a better estimate of its validity. Six principles adhered to in the revision are discussed, and data from 83 preservice elementary teachers explained. (MNS)

Investigated why elementary and secondary school students in Utah like science and whether there are differences in reasons why they like science subjects related to their age, sex, and type of school. The non-random sample included 815 students (grades 6-8), 499 students (grades 9-10), and 541 students (grades 11-12). (JN)

Discusses research studies which examine why many capable students continue to avoid mathematics in school. The ideal mathematics student, sex differences, teacher behavior, student attitudes, and minority participation are among the areas considered. (JN)