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chem1.uue (ti-82/83)
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Chemistry Conversions will change moles to grams, moles to moles, grams to grams, grams to moles. It's pretty simple, but useful.
This program is by Gabriel Bassett, "mercwarrior@geocities.com".
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convert.uue (ti-82)
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This is a unit conversion program that uses the menu feature to simplify input.
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titrate.uue (ti-82/83)
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This is an excellent program which does titrations for you. Grab a pdf
manual here.
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moleman.zip(ti-82)
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Moleman is designed to help chemistry students do mole/atom/mass conversions easily,
and SHOW WORK!!This program is by Ilya Winham, ilyamojo@geocities.com.
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periodic11.zip(ti-82)
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This is a super-fast graphical periodic table of elements program. Move the blinking cursor
around the table to see the elements number, symbol, and atomic mass.This program is by Ilya
Winham, ilyamojo@geocities.com.
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metric.zip (ti-82)
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This is program is a metric conversion wizard!
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agas.zip (ti-83)
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This is a comprehensive chemistry 1 program for most of the gas laws. This program can
solve for any variable. Has easy on screen interface. This program is by Jon Bardin,
jon_bardin@softhome.net. |
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ptvsolv.zip (ti-83)
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This is a Pressure, Temperature, and Volume solver. This program is by Robert Dye,
SeniorRob@aol.com. |
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density.zip (ti-83)
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Converts Density from STP to a specified temp(K) and pressure (Kpa),
from a specified temp and pressure to STP, and from a specified temp and
pressure to another temp and pressure. This program is by Robert Dye, SeniorRob@aol.com. |
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electron.zip (ti-83)
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Electron Configurator works as if there were no exceptions; however, some
atoms have certain configurations, like some atoms exist as ions. This only
shows how it should look, but there ARE exceptions to certain atoms.
Will display configurations for up to 120 electrons. This program is by Robert Dye, SeniorRob@aol.com. |
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ph.uue (ti-85)
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PH is a simple program which calculates the pH, pOH, [H+], and [OH-] of a
water solution given the concentration and equilibrium constant of the
solute. The solute may be either an acid or a base. In either case, the
equilibrium constant should be Ka (ie., if your dealing with a base, the
Ka of its conjugate acid). For this program, the equilibrium constant of H2O
is taken to be 1.0*10^-14. This program is by Kevin Warnemuende, warn@engin.umich.edu.
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chemprgm.zip (ti-85)
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This program solves for mass/moles/particles of elements/compounds. Follow the
on-screen instructions. This program is by Marco Radzinschi, marco10@juno.com. |
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orbitaldiagram.zip (ti-85)
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This program is an orbital diagram generator. |
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moleconv.zip (ti-85)
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This program is a mole converter. This program is by Jesse Jones, b.m.c.s@juno.com |
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elemnts.uue (ti-92)
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Create a folder named "elemnts" in your 92, copy the 3 files in it, and run Elemnts.92P
from any folder. For each element, you'll see its atomic number, its symbol, its name, its
atomic weight, its electronegativity (Pauling scale), its density at 300K, its electronic
structure and some other information. This program is by Philippe Perrin, philippeperrin@hotmail.com
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