te>

Physics 106 Final Outlines

Chapter 10:

Temperature Unit conversion: Fahrenheit, Celsius, and absolute temperature
Heat flow involved in melting and increase temperature; latent heat
First law of thermodynamics
Three way of heat transfer

Chapter 11:

Heat engine
efficiency; work done by heat engine
Carnot efficiency; perpetual-motion machine

Chapter 12:

Electrostatic force; Coulomb</span><span class="Normal--Char" style=" font-size: 10pt;
"></span><span class="Normal--Char" style=" font-size: 10pt;">s law
Electric field of point charge

Chapter 13:

Ohm</span><span class="Normal--Char" style=" font-size: 10pt;"></span><span
class="Normal--Char" style=" font-size: 10pt;">s law; simple series
and parallel circuits; electric power
Connection o</span><span class="Normal--Char" style=" font-size: 10pt;
">f household
circuits, circuit break</span><span class="Normal--Char" style=" font-size: 10pt;">er

Chapter 14:

Force between two currents; induction; Faraday</span><span class="Normal--Char" style=" font-size: 10pt;
"></span><span class="Normal--Char" style=" font-size: 10pt;">s law;
Transformer; electric motor and generator

Chapter 15:

Wavelength; wave speed; period and frequen</span><span class="Normal--Char" style=" font-size: 10pt;
">cy; wave propagation properties
sound wave; estimat</span><span class="Normal--Char" style=" font-size: 10pt;
">e distance of the lighting strike;

Chapter 16:

Electromagnetic wave spectrum; light wave and color;

Chapter 17:

Law of reflection; virtual image and real image
Law of refraction; refractive index; apparent distance;
Converge lens; focal length; image length and object length; magnification

Chapter 18:

Atom structure; nucleus and electrons; Chemical reaction;
Alpha, beta and gamma ray
Spectrum of hydrogen atom
Quantization of light energy

Chapter 19

Nuclear reaction nuclear fission and nuclear fusio</span><span class="Normal--Char" style=" font-size: 10pt;
">n; mass
energy relation
Atomic bomb and nuclear power plant