# Doing Mathematics with Scientific WorkPlace and Scientific Notebook

Teachers, students, professional mathematicians, and others with a need for computational capability within documents use Scientific WorkPlace and Scientific Notebook to create mathematics. Follow these links to customer documents to learn how to use the computational capabilities of MacKichan Software products.

To see these materials, download our free Scientific Viewer if you don't have any of our other products installed. (Some of these links will take you outside the MacKichan Software website.)

### The Electronic Proceedings of the ICTCM

The Electronic Proceedings of the ICTCM contains several interesting articles on doing calculus with Scientific WorkPlace:

• Examples from Calculus with Scientific Workplace by Wei-Chi Yang et al.

Abstract: In this paper, we shall use the software, Scientific Workplace, to demonstrate how we can interact with functions which are defined in Maple. We also use examples from Calculus to illustrate how we can teach live mathematics and communicate with others more effectively and efficiently without learning the syntax.

• Abstract: We have been talking about the use of computer algebra system in teaching calculus. I believe we should pay attention to the incorporation of CAS in post calculus courses. In this note I shall demonstrate how easy it is to create teaching materials to enhance students' learning with the help of Scientific Workplace in Advanced Calculus.

• Abstract: This is an example showing how Scientific WorkPlace is used as an effective tool to do live mathematics and to prepare report. A portion of an Extended Exercise which involves solving a definite integral is used. The existing feature of function definition in the system is manipulated to perform trapezoidal rule.

### Using Scientific WorkPlace and Scientific Notebook with Other Applications

• Maple m-files For Scientific WorkPlace by Brian Blank, Department of Mathematics, Washington University, St. Louis, Missouri

This web page discusses many of commonly used Maple functions that can be accessed from the Maple kernel within earlier versions of Scientific WorkPlace.

• Mathematics of the Americap Scoring System by P.G. Mathews

This paper presents the mathematics of the Americap scoring system. Americap is a two-number handicapping system that falls between PHRF and IMS in complexity. It is a significant improvement over PHRF because it accounts for the differences in boat performance due to true wind speed (TWS). It is not as accurate as IMS because it only provides ratings for courses with predetermined beat, reach, and run content.

Revised 06/19/02, 03/10/04

This document was created with Scientific WorkPlace.

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