This class covers basic problems in the field of mechanics, which spells Newton, Newton and more NEWTON.
-------------------------------------------MASS INDEPENDENT-------------------------------------------------
Vectors and operations: The math essence of PH-111.
Kinematics on straight lines: Where the only thing that really matters is u=dx/dt (velocity)
(ch2-4 from book - see below)
Kinematics on a circle: Where the only thing that really matters is the same as above
(ch2-4 from book - see below)
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-------------------------------------------MASS DEPENDENT----------------------------------------------------
Newton on point masses: the surreal-and- simplified-scenario of objects having no dimensions where ΣF=m·a
(ch5-6 from book - see below)
Simple Oscillations: Same as above with a bit of math. For some weird reason this is 10 chapters away in most textbooks LOL)
(ch15 from book - see below)
From Newton to Energy: Why one cannot loose weight by eating lasagna aka conservation of energy
(ch7-8 from book - see below)
Newton on actual objects: aka Torque and Inertia; getting closer to reality
(ch10-11 from book - see below)
Newton and collisions/explosions: yes....Newton AGAIN. And YES, momentum is STILL conserved when there is friction...
(ch9 from book - see below)
Newton and gravity: From the apple to the Moon
(ch14 from book - see below)
Newtonian fluids: Everything but ketchup and how planes fly
(ch13 from book - see below)
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