Sunday, May 1, 2011

Math Tuor : Physics 2 Vol 2

Physics Help: The Ultimate Physics 2 Tutor, Volume 2  (Oscillations and Waves)

Total DVD Run Time: 12 Hours

DVD Chapter Index

Disk 1

Section 1: Oscillations and Simple Harmonic Motion - Part 1
Section 2: Oscillations and Simple Harmonic Motion - Part 2

Disk 2
Section 3: Conservation of Energy in Simple Harmonic Motion
Section 4: Pendulums and Resonance
Section 5: Transverse Waves - Part 1

Disk 3
Section 6: Transverse Waves - Part 2
Section 7: Superposition and Interference of Waves
Section 8: Standing Waves and Resonance - Part 1
Section 9: Standing Waves and Resonance - Part 2

Disk 4
Section 10: Speed of Sound Waves
Section 11: Traveling Waves
Section 12: Sound Intensity and Sound Level
Section 13: Doppler Shift

Description
Physics is frequently one of the hardest subjects for students to tackle because it is a combination of two of the toughest subjects for most students: Math and Word Problems.
If you understand the math but don't do well in word problems then you will have trouble. And if you understand the word problem but have no idea where to begin with the math, again, you will not do well.
The Ultimate Physics 2 Tutor, Volume 2 is a focuses on Oscillations and Waves and begins at the very beginning assuming the student has never been exposed to this material. The course then proceeds to introduce new topics in an easy-to-understand fashion. The course is a 4 DVD series, 12 full hours in duration, and contains 13 chapters of material so you can be assured that all of the core topics are covered in detail. What sets this DVD apart from the rest is that the concepts are taught entirely through example problems. The easiest way to learn Physics is to work problems as you learn the material - and that is exactly what this 4 DVD series provides. You will immediately improve your problem-solving skills which will help on homework and exams, and you will have a reference for many of the commonly asked problems in Physics. If you have a problem with your homework, simply find a similar problem fully worked on the Ultimate Physics Tutor!