Exams are coming!
Get ready with premium notes and study guides!

Textbook Notes for PHYA10H3 at University of Toronto Scarborough (UTSC)

  • 21 Results
  • About UTSC

UTSCPHYA10H3Johann BayerFall

PHYA10H3- Final Exam Guide - Comprehensive Notes for the exam ( 95 pages long!)

OC53748895 Page
29 Mar 2018
0
Rotation and torque ch. 12: 1 - 2, 5. Work and kinetic energy ch. 9: 1 - 6. Q: gandalf weight = 2. 4 kg means [e] (cid:858)(cid:449)eight(cid:859) has
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Study Guide - Final Guide: Simple Harmonic Motion, Angular Velocity, Angular Frequency

OC53748820 Page
28 Feb 2018
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Study Guide - Midterm Guide: Free Fall, Equals Sign, Net Force

OC53748823 Page
28 Feb 2018
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Study Guide - Midterm Guide: Operational Definition, Orbital Period, Contact Force

OC53748835 Page
28 Feb 2018
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Lecture 18: Rotational Dynamics

OC537488
4 Dec 2017
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Lecture 19: Rotational Energy and Angular Momentum

OC5374883 Page
4 Dec 2017
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Lecture 24: Wave Superposition & Interference

OC5374883 Page
4 Dec 2017
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Lecture 23: Wave Intensity & Doppler Effect

OC5374882 Page
4 Dec 2017
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Lecture 22: Harmonic Waves

OC5374882 Page
4 Dec 2017
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Lecture 21: Oscillations and Pendula

OC5374882 Page
4 Dec 2017
0
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Lecture 20: Oscillations and Simple Harmonic Motion

OC5374882 Page
4 Dec 2017
0
View Document
View all Premium Notes (10+)
UTSCPHYA10H3Johann BayerFall

book notes for chapter 9

OC45362 Page
18 Jan 2011
64
View Document
UTSCPHYA10H3Johann BayerFall

book notes for chapter 1

OC45363 Page
18 Jan 2011
71
View Document
UTSCPHYA10H3Johann BayerFall

book notes for chapter 6

OC45362 Page
18 Jan 2011
50
View Document
UTSCPHYA10H3Johann BayerFall

book notes for chapter 8

OC45362 Page
18 Jan 2011
105
View Document
UTSCPHYA10H3Johann BayerFall

book notes for chapter 4

OC45362 Page
18 Jan 2011
53
View Document
UTSCPHYA10H3Johann BayerFall

book notes for chapter 5

OC45362 Page
18 Jan 2011
57
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Chapter Notes - Chapter 2: One Direction

OC45362 Page
18 Jan 2011
55
View Document
UTSCPHYA10H3Johann BayerFall

Chapter 1 Concepts of Motion.docx

OC633672 Page
4 Nov 2012
89
Motion is defined as the change of an object"s position with time. The path along which an object moves, which might be a straight line or might be cur
View Document
UTSCPHYA10H3Johann BayerFall

PHYA10H3 Chapter 3: Vectors and Coordinate Systems

OC9139961 Page
18 Sep 2017
0
View Document
UTSCPHYA10H3Brian WilsonFall

PHYA10H3 Chapter Notes - Chapter 5: Mass, Kinematics, Exhaust Gas

OC3005832 Page
14 Oct 2016
9
Force exerted on an object is in direction perpendicular to the surface that it presses against. Refer li(cid:374)e that"s perpe(cid:374)di(cid:272)ula
View Document
UTSCPHYA10H3Salam TawfiqWinter

PHYA10H3 Chapter Notes - Chapter 1: Scientific Notation, Significant Figures, Projectile Motion

Mandy Zhou4 Page
15 Jan 2018
0
Four basic types of motion: linear, circular, projectile, rotational. Motion is defined as the change of an object"s position with time. Linear, circul
View Document
UTSCPHYA10H3Johann BayerFall

book notes for chapter 3

OC45362 Page
18 Jan 2011
41
View Document
Showing 1 — 12 of 21 results
View all professors (4+)

Textbook Notes (280,000)
CA (160,000)
UTSC (20,000)
PHYA10H3 (20)