The following JavaScript problems were developed by George
Wiger, Professor and Chair of Chemistry at California State
University Dominguez Hills. The work, is supported in part by The
Camille and Henry Dreyfus Foundation and by the University. I've
lifted some of the material and placed it on our WEB Site. The
material is available for use and I'm currently working on
modifying it for use on my server. If you have any difficulties
using the files please drop by and talk to me. I've added some
comments which may help doing the problems where I think it is
needed. Please read the instructions Dr. Wiger has provided
before beginning solving the problems.
Exam IV Material
There are no drill-and-practice javascripts that are
appropriate for this material.
Exam III Material
Mass, moles and molar mass (This
is a basic exercise in converting between mass, moles and the
molar mass.)
Limiting Reagents (This page
provides practice in identifying limiting reagents.)
Exam II Material
Balancing
Simple Equations (This is a basic exercise in balancing
chemical equations.)
Exam I Material
Significant Figure Practice
(You are only told whether your answer is correct or incorrect.
If you have trouble e-mail me with the particular number and I'll
help.)
Protons, neutrons and electrons
(Same as above so if you have questions get in touch. The mass #
is defined as the sum of the protons and the neutrons).
Density conversion
(Converts from one set of metric density units to another
combination of metric density units.)
Density word problem(This
example generates a word problem where you solve for one of the
variables; density, mass or volume given the other two.)
Length conversion (Converts
between English and metric length units. Watch your significant
figures and your rounding.)
Mass conversion (Converts
between English and metric mass units.)
Volume conversion (Converts
between English and metric volume units.)
Temperature conversion
(Generates problems which will require you to convert between
Kelvin, Fahrenheit and Celsius temperature scales. One of the
temperatures is randomly generated and you must determine the
temperature in the other two scales.)
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