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| | | | | | | Calculus with Finite Mathematics , First Edition
Geoffrey C. Berresford - Long Island University
Andrew M. Rockett - Long Island University
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Graphing Calculator Programs
The following Texas Instruments graphing calculator programs are available for the TI-82, TI-83, TI-85, TI-86, TI-89 and TI-92 for use on either Mac or PC computers. The programs correspond to those referenced in your text.
To make full use of these materials, you need
StuffIt Expander or
WinZip,
along with
Acrobat Reader, and the
TI-Connect or TI-Graph Link software (and connecting cable!) for your calculator. These software programs are available for free by "clicking" on the links, and the Graph Link cable is available wherever TI Graphing Calculators are sold.
For help in determining which software and cable configuration is most appropriate for your TI handheld, please consult the
TI Connectivity kit software and cable configuration matrix.
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AmorTabl - Mathematics of Finance
(p. 154-155)
Constructs a loan amortization table showing the payments, interest and remaining principal.
Binomial - Probability
(p. 437-438)
Graphs the binomial distribution given n and p showing the mean and standard deviation.
Pivot - Linear Programming
(p. 325-326)
Carries out the pivot operation arithmetic on a simplex tableau at your chosen pivot element.Riemann - Integration and it's Applications
(p. 774)
Finds and draws Riemann sums for a definite integral using left, midpoint, right, or random rectangles.RowOps - Matrices and Systems of Equations
(p. 205-206)
Carries out fraction form arithmetic for matrix row operations you select from a menu.SeeNorml - Statistics
(p. 484-485)
Draws binomial distributions for p=0.5 and n from 2 to 30 with the normal approximation.Simpson - Integration Techniques
(p. 865)
Finds and draws parabolic approximations for a definite integral using Simpson's Rule.SlopeFld - Differential Equations
(p. 877)
Draws the slope field for a differential equation and, if provided, draws a particular solution.Trapezoid - Integration Techniques
(p. 862)
Finds and draws trapezoidal approximations for a definite integral.
ViewLP - Linear Progamming
(p. 495-496)
Explores the values of the objective function by moving a pointer around the feasible region
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