MIE100H1 Lecture Notes - Lecture 1: Soot, Mento

MIE100H1 Lecture 2: Jan 9, 2019

MIE100H1 Lecture Notes - Lecture 3: Vme Extensions For Instrumentation

Iidaii iyfdaideetzdaif c zi if k r xi y f i g k 3 constant tatemderivative to dat likewise foracceleration. It hi aye. nu ay az zt ddft td i 19 i. Iii 

MIE100H1 Lecture 4: Jan 14, 2019, Normal-Tangential Coor. System

MIE100H1 Lecture 5: Jan 16, 2019, Cylindral Coordinates

T i i z 3 4 l i polar r sur where0 370above x axis. Fordf velocity i yur i ji our vii t iirc out ji. Find ofchild in r oword with respectto center x. J

MIE100H1 Lecture 6: Jan 18, 2019, Conversion between coordinates

MIE100H1 Lecture 7: Jan 21, 2019, Relative Motion

MIE100H1 Lecture 8: Jan 23, 2019, dependent motion

MIE100H1 Lecture 9: Jan 25, 2019

MIE100H1 Lecture 10: Newton's Second Law

MIE100H1 Lecture 11: Jan 30, 2019

MIE100H1 Lecture 12: Feb 1，2019, two review examples

MIE100H1 Lecture 13: Feb 4, 2019 intro to work and energy

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MIE100H1 Lecture 14: Feb 6, 2019

MIE100H1 Lecture 15: Feb 8, 2019

MIE100H1 Lecture 16: Feb 11, 2019

MIE100H1 Lecture 17: Feb 13, 2019

MIE100H1 Lecture 18: Feb 15, 2019

MIE100H1 Lecture Notes - Lecture 22: Mantra

MIE100H1 Lecture 23: 16.5 General plane motion

MIE100H1 Lecture 24: 14. General plane motion and gears

MIE100H1 Lecture 25: Instantaneous centre of velocity

MIE100H1 Lecture 26: General plane motion- acceleration

MIE100H1 Lecture 27: Muti-bar linkage and wheel examples

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This course on Newtonian mechanics considers the interactions which influence 2-D, curvilinear motion. These interactions are described in terms of the concepts of force, work, momentum and energy. Initially the focus is on the kinematics and kinetics of particles. Then, the kinematics and kinetics of systems of particles and solid bodies are examined. Finally, simple harmonic motion is discussed. The occurrence of dynamic motion in natural systems, such as planetary motion, is emphasized. Applications to engineered systems are also introduced.

Dynamics

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