Presents four teaching activities (suitable for high school students) which focus on: use of LOGO paddles; a database of student interests (to use in career-oriented units/projects); probability related to two or more students having the same birthday; and reading of print statements on the monitor. (JN)

An inservice course was developed to a large extent in a Logo-oriented environment. Evaluation results show that teachers were successful in creating Logo programs and that the course fostered positive views about computers and growth in certain mathematical concepts. However, ongoing support from curriculum coordinators and/or administrators is…

Presents five activities suitable for upper grades but adaptable for lower grades. Activities focus on character shapes, "use" command (Atari Pilot), foreign language programing (Pilot), LOGO aestheometry (creating curved shapes through the intersection of successively drawn straight lines), and stock market transactions using a spreadsheet. (JN)

For institutions of higher education in Canada, the use of computer-assisted-instruction is miniscule. Instead, students of the sciences are shown how to program computers while students of the arts are shown how to use computers within their disciplines. Experiences in computing at the University of Waterloo are described. (JN)

Presents four teaching activities including: creating sculptures from computer-related items; debugging approach for TRS-80; LOGO parallelograms; and flowcharting techniques. Includes an article ("BASIC Adventures") by Nancy Kuechle focusing on essential commands in creating interactive adventure programs. (JN)

Presents five teaching activities for early elementary children, including BASIC multiplication, creating picture using LOGO recursive procedure, and use of commas and semicolons with BASIC. Also discusses flowcharting techniques and cross-age tutoring. Includes "Computing without a Computer" by Evelyn Woldman, discussing use of a programmable toy…

Offers such teaching activities as a one-line program contest, field trips, examining job openings in newspapers, and a writing activity speculating what would happen if robots did not follow Isaac Asimov's "Three Laws of Robotics." Includes "Logo Goes to High School" by E. Paul Goldenberg, discussing problem-solving tasks…

Describes "Josef," a robot programing language similar to the LOGO turtle language, which has been designed as an instructional system through which the algorithmic problem-solving skills required in computer programing can be developed and tested in a controlled learning environment. Four figures and a reference list are included. (JL)

A teacher's description of how the microcomputer was integrated into her school, first in programming courses and later into other curriculum areas. (Author/JM)

Two kinds of secret writing, codes and ciphers, are discussed. The weakness of a ciphering system mentioned in the March 1981 issue is pointed out, and an alternate method is presented. Programs written in BASIC are presented which can be used to encipher messages and help break ciphers. (MP)

Details a cooperative program that has allowed gifted and talented students in grades four to six from two rural public elementary schools in Connecticut to use computers. Notes that the joint effort between public and private agencies provides special instruction at minimal cost. (MP)

Although computer-assisted instruction is usually not cost-effective or educationally effective enough to be worthwhile in secondary schools, courses that actually teach computing and programing, although also expensive, pay off in increased job opportunities for graduates. The author explains how to plan them. (Author/JM)

Discusses using the DOS PATH command (for MS-DOS) to enable the microcomputer user to move from directory to directory on a hard drive. Lists the commands to be programed, gives examples, and explains the use of each. (MVL)

Discusses the increasing exclusion of women from the higher levels of computing. Recommends changes in the content and focus of computer science curricula that might encourage greater participation by women. Describes how this would benefit the computer industry. (DM)

Subjects taught by a model performed better on interpretation of programs and on problems requiring looping, while nonmodel subjects excelled on straightforward generation of programs. The model used was especially helpful for low ability subjects. Practice in interpretation helped nonmodel subjects most and practice in writing simple programs…