Review of Chapters 1-8
We review midterm #4 as well as chapters 1-8 on vectors, kinematics, projectile motion, Newton's laws, and work and energy
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beyrsdorf
Explore "beyrsdorf" with insightful episodes like "Review of Chapters 1-8", "Review of chapters 13-16", "Doppler Shift and Interference", "Sound and Hearing" and "Mechanical Waves" from podcasts like ""Physics 50 Lectures @ SJSU", "Physics 50 Lectures @ SJSU", "Physics 50 Lectures @ SJSU", "Physics 50 Lectures @ SJSU" and "Physics 50 Lectures @ SJSU"" and more!
Episodes (100)
Review of chapters 13-16
We review oscillation and simple harmonic motion, fluid mechanics, waves and sound.
Doppler Shift and Interference
We look at wave effects for sound including interference and beat notes and the doppler shift caused by a moving listener or source.
Sound and Hearing
We continue to look at mechanical waves, focusing on sound and hearing, specifically the decibel units for sound level.
Mechanical Waves
We introduce waves by considering solutions to the wave equations for propagation along a string. We introduce the concepts of superposition and standing waves.
Fluid Dynamics
We introduce the continuity equation for mass and volume flow rate and the Bernoulli equation for relating pressure, height and speed of fluid.
Hydrostatics
We introduce density, pressure and the buoyant force and derive Pascal's law for fluids.
Periodic Motion
We look at parameters of periodic motion. Specifically we investigate simple harmonic motion and the pendulum.
Review of chapters 9-12
Review of angular motion and equilibrium
Gravitation
We look at Newton's law of gravitation and introduce the universal gravitational constant. We also discuss escape velocity and black holes.
Friction
We discuss systems in equilibrium and introduce the frictional force.
14-51 Tube of Mercury-fluid mechanics
For a tube containing mercury and water, find the difference in height of the mercury and water using Pascal's law
14-47 Mass of a Planet-fluid mechanics
Given some measurements of the pressure in a fluid taken on the surface of an unknown planet, use Pascal's law and the universal law of gravitation to find the mass of the planet.
14-37 Airplane Wing-fluid mechanics
Use Bernoulli's Equation to find the force on an airplane wing and then find the net force acting on the airplane.
14-29 Shower Head-fluid mechanics
Use the continuity equation to find the exit velocity for water in a shower head
14-25 Wood Floating in Oil-fluid mechanics
For a block of wood floating on top of a layer of water and below a layer of oil, find its mass and density given how high it is floating
14-7 Gauge Pressure-fluid mechanics
Determine the gauge pressure at a given distance below the surface of a fluid using Pascal's law
14-3 Density of Gold-fluid mechanics
Find the density of a piece of metal given its mass and volume. Is the metal gold?
13-33 Cheese on a Spring-simple harmonic motion
For a piece of cheese oscillating on the end of a spring, find out how far the spring will be stretched when the oscillations stop.
12-9 Gravitational Force Acting on the Moon-gravitation
Find the gravitational force acting on the moon from the Earth and Sun for moon at three different points in the lunar orbit