PHYS 17200

Modern Mechanics

Purdue University

Introductory calculus-based physics course using fundamental interactions between atoms to describe Newtonian mechanics# conservation laws# energy quantization# entropy# the kinetic theory of gases# and related topics in mechanics and thermodynamics. Emphasis is on using only a few fundamental principles to describe physical phenomena extending from nuclei to galaxies. 3-D graphical simulations and numerical problem solving by computer are employed by the student from the very beginning. Typically offered Summer Fall Spring. CTL:IPS 1753 Calculus-based Physics I
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All PHYS 17200 Materials | Winter 2015

PHYS 17200 Lecture Notes - Winter 2015, Lecture 18 - Kinetic Energy, Electronvolt
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PHYS 17200 - Modern Mechanics - Lecture 18_Collisions Collisions ● A collision is a brief interaction between objects involving large forces. ● Remember that we can use both the energy and momentum principles ...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 19 - Angular Momentum, Cross Product, Angular Velocity
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PHYS 17200 - Modern Mechanics - Lecture 19_Angular Momentum Angular Momentum: Principle Definitions ● Will give us another, independent equation that helps us to solve for ω afd ∆E thermal ● Angular mome...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 15 - Stimulated Emission, Spontaneous Emission, Photon
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PHYS 17200 - Modern Mechanics - Lecture 15_Energy Quantization Photons ● discrete “packets” of electromagnetic energy and momentum that travel at the speed of light ● E_photon = h*v_light = h*c/ lambda_...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 20 - Angular Momentum, Angular Velocity
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PHYS 17200 - Modern Mechanics - Lecture 20_Angular Momentum Principle Angular Momentum: Principle Definitions ● Rotational Angular Momentum ○ I = m1r + m 2 + m r3+m r 4 … ○ Lrotational* ...

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PHYS 17200
G.Csathy
PHYS 17200 Lecture 17: Multiparticle Systems
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PHYS 17200 - Modern Mechanics - Lecture 17_Multiparticle Systems Rotational Kinetic Energy ● Just as a vibrating object has kinetic energy associated with vibration, even if its center of mass is at rest, ...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 15 - Stimulated Emission, Spontaneous Emission, Photon
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PHYS 17200 - Modern Mechanics - Lecture 15_Energy Quantization Photons ● discrete “packets” of electromagnetic energy and momentum that travel at the speed of light ● E_photon = h*v_light = h*c/ lambda_...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 12 - Diatomic Molecule
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PHYS 17200 - Modern Mechanics - Lecture 12_Internal Energy Internal Energy ● The vibrating diatomic molecule we’ve been considering consists of identical atoms that move in opposite directions ...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 6 - Modulus Guitars, Friction, Proper Length
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PHYS 17200 - Modern Mechanics - Lecture 6_Ball-Spring Model of Solids Contact Interactions and A Model of Solid Materials ●An atom is a neutral system consisting of a positively charged nucleus and a negatively charged “c...

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PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 11 - Net Force
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PHYS 17200 - Modern Mechanics - Lecture 11_Potential Energy Energy Principle ● delta_E(system) = W_surroundings = F_net * delta_r ○ W_surroundings = Work done on object by objects in surroundings ...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture 10: Energy Principle
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PHYS 17200 - Modern Mechanics - Lecture 10_Energy Principle The Momentum Principle: ● delta_p(system) = impulse = F_net*delta_t ○ delta_p(system) = effect (quantity of motion changes); vector ○...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture 1: Matter and Interactions
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PHYS 17200 - Modern Mechanics - Lecture 1_Matter and Interactions Modern Mechanics ● uses a few fundamental concepts and principles that apply to all kinds of matter and their interactions ...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture Notes - Winter 2015, Lecture 2 - 3D World
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PHYS 17200 - Modern Mechanics - Lecture 2_Momentum Change in the 3D World ● change in time = delta_t = t(final) - t(initial) ● change in distance = delta_r = r(final) - r(initial) ● ...

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PHYS 17200
G.Csathy
PHYS 17200 Lecture 3: The Momentum Principle
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PHYS 17200 - Modern Mechanics - Lecture 3_The Momentum Principle Momentum ● change in time = delta_t = t(final) - t(initial) ● change in distance = delta_r = r(final) - r(initial) ● ...

Physics
PHYS 17200
G.Csathy
PHYS 17200 Lecture 4: Fundamental Interactions
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PHYS 17200 - Modern Mechanics - Lecture 4_Fundamental Interactions Four Fundamental Interactions ●The universal, attractive gravitational interaction between any two objects that have mass. ●The electromagnetic interactio...

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PHYS 17200
G.Csathy
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