First Course in the Theory of Equations
by Leonard E. Dickson
Publisher: John Wiley & Sons 1922
Number of pages: 207
The theory of equations is not only a necessity in the subsequent mathematical courses and their applications, but furnishes an illuminating sequel to geometry, algebra and analytic geometry. Moreover, it develops anew and in greater detail various fundamental ideas of calculus for the simple, but important, case of polynomials. The theory of equations therefore affords a useful supplement to differential calculus whether taken subsequently or simultaneously.
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by David Murdock - TTU
In this booklet I've tried to pick out the bits of your math courses that you will really need to get through your first courses in physics and chemistry. In addition, I give some directions on how to use an inexpensive scientific calculator.
by Cargill Gilston Knott - Chambers
The aim has been to illustrate the use of mathematics in constructing diagrams; in measuring areas, volumes, strengths of materials ; in calculating latitudes and longitudes on the earth's surface ; and in solving similar problems.
by Frank Castle - Macmillan and co
From the table of contents: Arithmetic; Plane Geometry; Algebra; British and Metric Units; Logarithms; Slide Rule; Ratios; Use of Squared Paper; Mensuration. Area of Parallelogram. Triangle. Circumference of Circle. Area of a Circle; etc.
by Neels van der Westhuizen, et al. - Siyavula
From the table of contents: Logarithms; Sequences and series; Finance; Factorising cubic polynomials; Functions and graphs; Differential calculus; Linear programming; Geometry; Trigonometry; Statistics; Combinations and permutations.