Physics for Scientists & Engineers with Modern Physics notes

Ch 13 notes including: density, specific gravity, pressure, Pascal's Principle, Buoyancy, fluids in motion, Bernoulli's Equation, viscosity, and surface tension

Ch 15 notes including: characteristics of wave motion, types of waves, energy transported by waves, traveling waves, wave equation, principle of superposition, and reflection/transmission/interference

Ch 6 notes including universal gravitation, vectors, gravity, satellites, Keplers Laws, gravitational field, and principe of equivalence

ch 9 notes including: conservation of momentum, collisions, elastic collision in 1 to 3 dimensions, and center of mass

Ch 14 notes including: oscillations of springs, simple harmonic motion, energy in simple harmonic oscillations, circular motion, simple pendulum, tension pendulum, and damped harmonic motion

chapter 7 notes including: work done by consistent and varying forces, scalar product, and kinetic energy/work-energy principle

Ch 12 notes including: conditions for equilibrium, stability and balance, elasticity, stress, and strain

ch 10 notes including: angular quantities, angular acceleration, torque, rotational inertia/kinetic energy

Ch 8 notes including: conservative and nonconservative forces, potential energy, mechanical energy, elastic potential energy, gravitational energy and escape velocity, power, stable/unstable equilibrium

Chapter 3 including vectors, scalars, projectile motion, and practice problems

Ch 8 notes including: conservative and nonconservative forces, potential energy, mechanical energy, elastic potential energy, gravitational energy and escape velocity, power, stable/unstable equilibrium

Ch 11 notes including: angular momentum, torque as a vector, momentum of a particle, general motion, rigid objects, conservation of angular momentum, spinning top and gyroscope, and frames of reference

Ch 14 notes including: oscillations of springs, simple harmonic motion, energy in simple harmonic oscillations, circular motion, simple pendulum, tension pendulum, and damped harmonic motion

Ch 6 notes including universal gravitation, vectors, gravity, satellites, Keplers Laws, gravitational field, and principe of equivalence

Ch 15 notes including: characteristics of wave motion, types of waves, energy transported by waves, traveling waves, wave equation, principle of superposition, and reflection/transmission/interference

Chapter 3 including vectors, scalars, projectile motion, and practice problems

Ch 13 notes including: density, specific gravity, pressure, Pascal's Principle, Buoyancy, fluids in motion, Bernoulli's Equation, viscosity, and surface tension

chapter 7 notes including: work done by consistent and varying forces, scalar product, and kinetic energy/work-energy principle

ch 9 notes including: conservation of momentum, collisions, elastic collision in 1 to 3 dimensions, and center of mass

Ch 12 notes including: conditions for equilibrium, stability and balance, elasticity, stress, and strain