MathCAD for introductory physics
Designed as a supplement to any introductory physics text, MathCAD®for Introductory Physics shows students how to model physics problems on the computer using the powerful Mathcad® software program. The power of the computer allows introductory physics students to solve complicated real-world problems that previously required upper level mathematics to solve. Each begins with a discussion of physical principles and numerical techniques. Then, tutorials, problems, and exploration exercises help readers model physical situations and analyze results. This text is available as an affordably priced package that contains The Student Edition of Mathcad®, Release 2.5.
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Curves and Curve Fitting
Units and Dimensional Analysis
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acceleration adiabat amplitude angle angular approximation Atwood machine bullets calculation capacitor Carnot cycle center of mass circuit collision components consider constant corresponding cross product curve cycle Define density determined dimensional analysis diode display distance document elastic collision electric field Enter equal error Evaluate Examine example expressed field due Figure find statement force frequency given given-find guess values heat flow increases initial integration intervals linear linear least squares Load magnitude MathCAD maximum momentum motion Move the cursor Observe orbit parameters particle pendulum phase place marker plane plot region point charge press F9 press return quantities radius range refraction resistance resistor rotation samples sequence signal simple harmonic motion slit Snell's law solve block specified subscripts temperature trajectory transform tunnel diode variables vector voltage wave wind chill zero