'Electrostatic force' diaporamas de présentation

Speed of a wave

STATE VARIABLE. Speed of a wave. v. STATE VARIABLE. Energy of a photon. E photon. STATE VARIABLE. Index of refraction. n. STATE VARIABLE. Period of Wave. T. STATE VARIABLE. wavelength. ?. STATE VARIABLE. mass. m. STATE VARIABLE. Electric Field Strength. E. STATE VARIABLE.

1.72k views • 164 slides

SS Review for Final

SS Review for Final. June 16, 2004. Velocity is to speed as displacement is to (A) acceleration (B) momentum (C) time (D) distance.

1.79k views • 91 slides

3.25k views • 81 slides

Chapter 7

885 views • 77 slides

EEE 498/598 Overview of Electrical Engineering

968 views • 70 slides

Topic 6: Fields and forces

Topic 6: Fields and forces. 6.1 Gravitational force and field. Students should be aware that the masses in the force law are point masses. The force between two spherical masses whose separation is large compared to their radii is the same as if the two spheres were point masses with their

905 views • 68 slides

The Formation of Stars

Note that the following lectures include animations and PowerPoint effects such as fly ins and transitions that require you to be in PowerPoint's Slide Show mode (presentation mode). The Formation of Stars. Chapter 11. Guidepost.

813 views • 64 slides

Chapter 10 Chemical Bonding

Chapter 10 Chemical Bonding. Tro, 2 nd ed. Metals are found to the left of the metalloids. Nonmetals are found to the right of the metalloids. LEWIS STRUCTURES OF ATOMS. Metals form cations and nonmetals form anions to attain a stable valence electron structure.

847 views • 64 slides

07/06/2014

730 views • 59 slides

Lecture 6.2

Lecture 6.2. Chapter 30. Potential and Field Chapter Goal: To understand how the electric potential is connected to the electric field. Review of Last Chapter. Electrostatic potential energy and energy conservation Electrostatic potential

734 views • 53 slides

EEE 498/598 Overview of Electrical Engineering

1.03k views • 50 slides

<MNA/ODEs>

where. <MNA/ODEs>. G=conductance ce=constitutional eqs C=capacitance V=voltage Q=charge M=mass D=damping K=stiffness F=force q=displacement. Electrical. &. Mechanical. =. Coupled. MNA solution vector. MNA matrix. Excitation vector. Multi-domain state vector.

479 views • 44 slides

Ionic Compounds

Ionic Compounds. Chapter 6. Chapter Outcomes. At the end of this chapter you should be able to: Describe the ionic bonding model Use the model to explain the properties of ionic compounds Explain how ions are produced when metals and non-metals react

706 views • 37 slides

IONIC COMPOUNDS

1.03k views • 30 slides

Bonding and Naming Review

Bonding and Naming Review. By Mrs. Billings. Overview. What is a bond? 4 Types of bonds Naming type I, II, & III. What is a bond?. A bond is an electrostatic force that holds atoms together. Atoms will bond using their electrons. Types of Bonds. Ionic bonding

424 views • 26 slides

1.12k views • 20 slides

Intermediate bonding and bond polarity

Intermediate bonding and bond polarity. Electronegativity. Definition: The ability of an atom to attract electron density towards itself and polarise a covalent bond. The table of values of electronegativity:. Why are there no values for He/Ne/Ar?. ? + ? - H - F.

983 views • 19 slides

Physical chemistry of solid surfaces

Physical chemistry of solid surfaces. Lecture 4 ???. Surface. A large fraction of surface atoms per unit volume 1 cm 3 cube of iron -> surface atom 10 -5 % 1000 nm 3 cube of iron -> surface atom 10%. Fig 2.1. Table 2.1. Surface energy. Origin

931 views • 18 slides

Force

About Force....

238 views • 13 slides

Physics 16: Electric Charge and Electric Field

Physics 16: Electric Charge and Electric Field. Christopher Chui. Static Electricity, Electric Charge. A piece of rubber, a glass rod, or a plastic ruler rubbed with a cloth will display static electricity

549 views • 6 slides