'Potential gradient' presentation slideshows

Lecture 4

806 views • 66 slides

2.87k views • 56 slides

KJM5120 and KJM9120 Defects and Reactions

615 views • 50 slides

Chemistry 232

Chemistry 232. Transport Properties. Definitions. Transport property. The ability of a substance to transport matter, energy, or some other property along a gradient. Examples. Diffusion - transport of matter along a concentration gradient.

634 views • 48 slides

Electromagnetic Induction

Electromagnetic Induction. Chapter 22. Expectations. After this chapter, students will: Calculate the EMF resulting from the motion of conductors in a magnetic field Understand the concept of magnetic flux, and calculate the value of a magnetic flux

983 views • 45 slides

Molecular Modeling: Geometry Optimization

Molecular Modeling: Geometry Optimization. C372 Introduction to Cheminformatics II Kelsey Forsythe. Why Extrema?. Equilibrium structure/conformer MOST likely observed? Once geometrically optimum structure found can calculate energy, frequencies etc. to compare with experiment

788 views • 45 slides

Potential near a point charge

Potential near a point charge. A. B. +. What is the potential difference between A and B?. Change in potential along a short section of the path:. A. B. Now integrate along the path:. +. Change in potential along a short section of the path:. A. B. +.

539 views • 43 slides

KJM5120 and KJM9120 Defects and Reactions

619 views • 42 slides

Capacitors

Capacitors. A capacitor is a device for storing charge and electrical potential energy. Capacitors in an electronic circuit. +. Dielectric. _. Capacitors.

1.24k views • 39 slides

Dielectric Properties of Ceramics

Dielectric Properties of Ceramics. EBB 443 Dr. Sabar D. Hutagalung School of Materials & Mineral Resources Engineering, Universiti Sains Malaysia. Introduction. Dielectric materials: high electrical resistivities, but an efficient supporter of electrostatic fields. Can store energy/charge.

2.54k views • 38 slides

Chapter 8. Dispersion and Flocculation of Surfactants

676 views • 33 slides

Photovoltaic cells

Photovoltaic cells. Session 5. How PV Cells Work: Photons to Electrons. Photovoltaic cells are made of high-grade silicon, a semi-conductor. When sunlight shines on a PV cell electrons break free and create an electrical current .

1.35k views • 31 slides

9: Motion in Fields

413 views • 26 slides

Ideal Diode Model

1.16k views • 24 slides

9: Motion in Fields

350 views • 21 slides

POTENTIAL GRADIENT & CATHODE RAY TUBE

POTENTIAL GRADIENT & CATHODE RAY TUBE. Lecture No.6 By: Sajid Hussain Qazi. POTENTIAL GRADIENT. It is defined as rate of change of potential with respect to displacement in the direction of electric field, i.e., Its unit is volt/meter or volt/cm.

822 views • 17 slides

Redistribution

517 views • 15 slides

Gravitational Potential

Learning Objectives. Book Reference : Pages 56-68 Book Reference : Pages 63-65. Gravitational Potential. To continue to explore the concept of Gravitational potential To examine gravitational potential near a spherical planet. Compare with contour lines on a map. Equipotentials 1.

421 views • 14 slides

Soil Physics 2010

281 views • 13 slides

How do plant cells grow? cell division (mitosis) cell expansion

How do plant cells grow? cell division (mitosis) cell expansion Growth rate [flux, water uptake = cell volume increase] depends on [driving force] / resistance GR = water potential gradient / R (resistance to water movement into cell)

231 views • 7 slides