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Verified Documents at University of Toronto Scarborough

Browse the full collection of course materials, past exams, study guides and class notes for PHYA11H3 - Physics I for the Life Sciences at University of Toronto Scarborough …
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PROFESSORS
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Gyula Lorincz
fall
30

Verified Documents for Gyula Lorincz

Class Notes

Taken by our most diligent verified note takers in class covering the entire semester.
PHYA11H3 Lecture Notes - Lecture 1: Ferris Wheel, Projectile Motion
Textbook: physics for scientists and engineers 4th edition. Physics is defined as: the natural science which seeks to understand macroscopic and micros
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PHYA11H3 Lecture 1: [PHYA11][Lec 01]-[A Way To Understand Complex Systems]
1179
PHYA11H3 Lecture 2: Introduction to Physics_ Lecture 2
In order to study motion, an object"s position with respect to time must be measured over consistent and sequential time intervals. To make things easi
2132
PHYA11H3 Lecture 2: [PHYA11][Lec 02]-[Chapter 2_ Kinematics]
2111
PHYA11H3 Lecture Notes - Lecture 2: Projectile Motion, Ferris Wheel, Circular Motion
3124
PHYA11H3 Lecture 3: [PHYA11][Lec 03]-[Chapter 2_ Kinematics.. continued]
1135
PHYA11H3 Lecture Notes - Lecture 3: Coordinate System, One Direction
2. 2 uniform motion: uniform motion: straight line motion in which equal displacements occur during any sequential equal-time intervals, non-uniform mo
458
PHYA11H3 Lecture Notes - Lecture 3: One Direction
The motion of an object is described by three important and fundamental qualities: it displacement (position), velocity and acceleration. Since we are
3116
PHYA11H3 Lecture 4: [PHYA11][Lec 04]-[Integrals, Motion with Constant Acceleration, and Kinematics’ Equations]
2109
PHYA11H3 Lecture Notes - Lecture 4: Power Law, Equations Of Motion
Displacement during a drag race - area under velocity-time curve: Fi(cid:374)di(cid:374)g expressio(cid:374) for drag racer"s positio(cid:374): s = si
380
PHYA11H3 Lecture Notes - Lecture 4: One Direction, Kinematics
The physics of a object are the same whether it moves along the direction of the x-axis or the y-axis. To model this, take a position graph as shown be
3122
PHYA11H3 Lecture 5: PHYA11H3 Lecture : [PHYA11][Lec 05]-[Chap 2.6-2.8_ Free Fall, Motion on an inclined plane, and Instantaneous Acceleration]
280
PHYA11H3 Lecture Notes - Lecture 5: Free Fall, Kinematics, One Direction
Thus far, the three kinematics equations that describe an objects motion with constant acceleration are as follows. Remember each equation can be deriv
2226
PHYA11H3 Lecture 6: [PHYA11][Lec 06]-[Chap 3_ Vectors and Coordinate System]
2133
PHYA11H3 Lecture 9: [PHYA11_Lec 09][Motion in 2D]
5110
PHYA11H3 Lecture 10: [PHYA11][Lec 010]-[Midterm Review]
5273
PHYA11H3 Lecture 13: [PHYA11][Lec 13-[Relative Motion, Uniform Circular Motion, Angular Velocity, Velocity and Acceleration in Uniform Circular Motion, Non-Uniform Circular Motion]
793
PHYA11H3 Lecture 14: [PHYA11][Lec 14-[Chap. 5_ Forces and Motion, Short Catalogue of Forces,Identification of Forces, What Do Forces Do_, Inertial Reference Frames, Free Body Diagram ]
651
PHYA11H3 Lecture 15: [PHYA11][Lec 15]-[Equilibrium, Newton’s First and Second Laws, Gravity, Friction, Drag]
761
PHYA11H3 Lecture 16: [PHYA11][Lec 16]-[Newton’s Third Law, Interaction systems, Propulsion]
398
PHYA11H3 Lecture 17: [PHYA11][Lec 17]-[Chapters 7.3 -8.3]
664
PHYA11H3 Lecture Notes - Lecture 18: The Sydney Morning Herald
365
PHYA11H3 Lecture 19: [PHYA11][Lec 19]-[Chap. 10.1-10.4_ The Law of Conservation of Energy, Kinetic and Gravitational Potential Energy]
497
PHYA11H3 Lecture 20: [PHYA11][Lec 20]-[Chap. 10.4-10.7_ Restoring Forces, Elastic Potential Energy, and Energy Diagrams]
398
PHYA11H3 Lecture Notes - Lecture 21: Simple Harmonic Motion
6109
PHYA11H3 Lecture 22: [PHYA11][Lec 22]-[Chap. 15.4-15.5_ Simple Harmonic Motion, and Vertical Oscillation]
2116
PHYA11H3 Lecture 23: [PHYA11][Lec 23]-[Chap. 9.1-9.6 (or chap. 11)_Momentum and the Law of Conservation of Momentum]
571
PHYA11H3 Lecture 24: [PHYA11][Lec 24]-[Chap. 11.1-11.3. Work and Energy]
462
PHYA11H3 Lecture 25: [PHYA11][Lec 25]-[Chap. 11.4-11.9_ Work done by variable force. Conservative and nonConservative Forces. Mechanical Energy. Finding Force from Potential Energy. Thermal Energy. (new) Conservation of Energy. And Power.]
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PHYA11H3 Lecture 26: [PHYA11][Lec 26]-[Final Exam Review]
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