Physics 221 with Professor Prell
Iowa State University
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- Classmates (183)
- Textbooks (1)
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Materials (97)
Materials
- wr 07 solution.pdf2012-11-30
- wr 05 solution.pdf2012-11-30
- wr 06 solution.pdf2012-11-30
- hw14_solutions.pdf2012-04-27
- hw13_solutions.pdf2012-04-27
- wr 14.pdf2009-10-04
- wr 14 solution.pdf2009-10-04
- wr 13 solution.pdf2009-10-04
- wr 13.pdf2009-10-04
- wr 12.pdf2009-10-04
- wr 12 solution.pdf2009-10-04
- wr 11.pdf2009-10-04
- wr 11 solution.pdf2009-10-04
- wr 10.pdf2009-10-04
- wr 10 solution.pdf2009-10-04
- wr 09.pdf2009-10-04
- wr 09 solution.pdf2009-10-04
- wr 08.pdf2009-10-04
- wr 08 solution.pdf2009-10-04
- wr 07.pdf2009-10-04
- wr 06.pdf2009-10-04
- wr 05.pdf2009-10-04
- wr 04.pdf2009-10-04
- wr 04 solution.pdf2009-10-04
- wr 03.pdf2009-10-04
- wr 03 solution.pdf2009-10-04
- wr 02.pdf2009-10-04
- wr 02 solution.pdf2009-10-04
- wr 01.pdf2009-10-04
- wr 01 solution.pdf2009-10-04
- set 14 solution.pdf2009-10-04
- set 13 solution.pdf2009-10-04
- set 12 solution.pdf2009-10-04
- set 11 solution.pdf2009-10-04
- set 10 solution.pdf2009-10-04
- set 9 solution.pdf2009-10-04
- set 8 solution.pdf2009-10-04
- set 7 solution.pdf2009-10-04
- set 6 solution.pdf2009-10-04
- set 5 solution.pdf2009-10-04
- set 4 solution.pdf2009-10-04
- set 3 solution.pdf2009-10-04
- set 2 solution.pdf2009-10-04
- set 1 solution.pdf2009-10-04
- lecture 42 - entropy [compatibility mode].pdf2009-10-04
- lecture 42 - entropy.pdf2009-10-04
- lecture 41 - second law of thermodynamics. carnot's cycle. absolute zero_ noacts.pdf2009-10-04
- lecture 41 - second law of thermodynamics. carnot's cycle. absolute zero.pdf2009-10-04
- lecture 40 - heat engines and refrigerators [compatibility mode].pdf2009-10-04
- lecture 40 - heat engines and refrigerators.pdf2009-10-04
- lecture 39 - thermal processes. heat capacities.pdf2009-10-04
- lecture 38 - first law of thermodynamics.pdf2009-10-04
- lecture 37 - phase diagrams.pdf2009-10-04
- lecture 37 - maxwell-boltzmann distribution. heat capacities. phase diagrams.pdf2009-10-04
- lecture 36 - state equations. ideal gas. kinetic model of a gas.pdf2009-10-04
- lecture 36 - equations of state. ideal gas. kinetic model of a gas.pdf2009-10-04
- lecture 35 - heat transfer.pdf2009-10-04
- lecture 34 - heat and phase changes [compatibility mode].pdf2009-10-04
- lecture 34 - heat and phase changes.pdf2009-10-04
- lecture 33 - temperature. thermometers. thermal expansion.pdf2009-10-04
- lecture 33 - temperature. thermometers. thermal expansion..pdf2009-10-04
- lecture 32 - standing waves. doppler effect.pdf2009-10-04
- lecture 32 - standing waves. doppler effect..pdf2009-10-04
- lecture 31 - energy. intensity. interference. beats.pdf2009-10-04
- lecture 30 - mechanical waves. transverse waves. sound waves.pdf2009-10-04
- lecture 29 - pendulum. damped and forced oscillations.pdf2009-10-04
- lecture 29 - damped and forced oscillations.pdf2009-10-04
- lecture 28- simple harmonic motion.pdf2009-10-04
- lecture 28 - periodic motion.pdf2009-10-04
- lecture 27 - gravitation.pdf2009-10-04
- lecture 26 - stress, strain and elasticity.pdf2009-10-04
- lecture 25 - statics.pdf2009-10-04
- lecture 24 - angular momentum.pdf2009-10-04
- lecture 23 - examples.pdf2009-10-04
- lecture 22 - torque.pdf2009-10-04
- lecture 21 - rigid body motion. moment of inertia.pdf2009-10-04
- lecture 20 - center of mass.pdf2009-10-04
- lecture 19 - collisions.pdf2009-10-04
- lecture 18 - impulse. linear momentum.pdf2009-10-04
- lecture 17 - energy diagrams.pdf2009-10-04
- lecture 16 - conservative and non-conservative forces.pdf2009-10-04
- lecture 15 - potential energy. conservation of energy.pdf2009-10-04
- lecture 14 - work in the general case. power.pdf2009-10-04
- lecture 13 - work. kinetic energy. wke theorem.pdf2009-10-04
- lecture 12 - examples.pdf2009-10-04
- lecture 11 - friction. circular motion dynamics.pdf2009-10-04
- lecture 10 - tension.pdf2009-10-04
- lecture 09 - newton's third law. free body diagrams.pdf2009-10-04
- lecture 08 - newtons's first and second laws.pdf2009-10-04
- lecture 07 - relative motion.pdf2009-10-04
- lecture 06 - circular motion.pdf2009-10-04
- lecture 05 - 2d and 3d motion.pdf2009-10-04
- lecture 04 - constant acceleration. free fall.pdf2009-10-04
- lecture 03 - 1d motion.pdf2009-10-04
- lecture 02 - vectors.pdf2009-10-04
- lecture 01 - introduction. units.pdf2009-10-04
- hw 0.pdf2009-10-04
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Textbooks (1)
Textbooks
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