'Bungee jumper' presentation slideshows

The Bungee Jump: potential energy at work

The Bungee Jump: potential energy at work. AiS Challenge Summer Teacher Institute 2002 Richard Allen ?. Bungee Jumping: a short history.

213 views • 20 slides

Chapter 1: Mathematical Modeling, Numerical Methods and Problem Solving

Chapter 1: Mathematical Modeling, Numerical Methods and Problem Solving. Uchechukwu Ofoegbu Temple University. Model Function. Dependent variable - a characteristic that usually reflects the behavior or state of the system

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Announcements

316 views • 11 slides

Conservation of Energy

01 September 2014. Conservation of Energy. Keywords Wasted, dissipated, directly proportional, accuracy, precision. Outcomes. All students should be able to describe what the principle of conservation of energy is.

259 views • 10 slides

Power and Efficiency

Power and Efficiency. And a review of the work-energy theorem. Warm-up. A bungee jumper jumps from a bridge. Explain the energy changes that occur during the jump, what work is being done, and what force(s) is/are doing the work as the jumper completes his jump. Review problem #1:.

235 views • 9 slides

Physics 1a, Section 2

Physics 1a, Section 2. October 4, 2010. Section Business. Section 2 office hour: Caltech/Cahill 312 Tuesdays 3:00 - 4:30 PM See other choices on course web site: http://www.its.caltech.edu/~tmu/ph1a First homework is due Wednesday 4 PM. Frautschi, Problem 3.12.

215 views • 9 slides

A LEVEL PHYSICS Year 1

A LEVEL PHYSICS Year 1. I can describe how the velocity of an object in free fall changes as it falls (grade d) I can mathematically show that two objects of different mass fall at the same rate (grade c) I can use SUVAT equations to calculate the parameters of falling objects (grade b). A*.

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243 views • 8 slides