'Spring model' presentation slideshows

Chapter 27

Chapter 27. C o l o r. 1. SELECTIVE REFLECTION. Most objects "reflect" rather than emit light. The spring model of the atom works well in explaining reflection. Radiations that match the resonant frequencies of the atoms are absorbed.

902 views • 59 slides

The Dependence of Bacterial Cell Growth on Turgor Pressure

The Dependence of Bacterial Cell Growth on Turgor Pressure. Rico Rojas. Goal: To measure and understand how expansion of the bacterial cell wall depends on mechanical force. Vibrio. The osmotic pressure within bacteria is much higher than atmospheric pressure. . Morse Equation.

378 views • 29 slides

Electromagnetic Waves

449 views • 26 slides

Cell Rheology The mechanical properties of the bacterium and how they regulate cell growth

Cell Rheology The mechanical properties of the bacterium and how they regulate cell growth. Rico Rojas Huang and Theriot Labs. Goal: To measure and understand how cell growth depends on the osmotic pressure within the cell. Vibrio.

387 views • 22 slides

Modeling with Differential Equations

354 views • 16 slides

Group ? Michelle Kraft, Jonas Acres, Ying Chiat Ho, Terry Smith

250 views • 14 slides

Modeling with Poisson's Posse

Modeling with Poisson's Posse. Kristoph Kleiner Alice Lou Nathan stokes. Data Collected. Measured the vibrations of a Thin beam caused by surface-mounted PZT patches Repeated the measurements ten times. Spring Model.

195 views • 11 slides

Statistical Analysis of the Vibrating Beam

Statistical Analysis of the Vibrating Beam. THE GROUP Amanda Criner Kimberly Sacha LeVar Henderson. Project Goal. Which mathematical models can be used to describe the vibrating beam?. Outline. Collect Data Choose Model Spring Results Evaluate the Model. The Spring Model. Equation

229 views • 10 slides