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Class
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Subject
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Textbook chapter
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1/10
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Introduction
Extra material: unit conversion, errors and
reporting of significant
figures
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1
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1/13
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Description of one dimensional motion
Extra material: general problem solving, required
format of lab reports
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2.1 to 2.5
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1/15
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Description of one dimensional motion, free fall
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2.5 to 2.8
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1/20
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Motion in two dimensions, projectile motion
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4.1 to 4.3
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1/22
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Projectile motion, Newton's laws
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5.1 to 5.3
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1/27
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Newton's laws
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5.4 to 5.7
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1/29
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Newton's laws and applications
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5
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1/30
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Newton's laws and applications
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5
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2/3
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Rotational motion
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6.1 to 6.3
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2/5
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Rotational dynamics
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6.1 to 6.3
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2/10
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Work and energy
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7.1 to 7.4
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2/12
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Exam 1
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2/17
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Work and energy
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7.1 to 7.4
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2/19
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Work, energy and power (extra material!)
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8
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2/24
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Linear momentum and its conservation, collisions
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9.1 to 9.3
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2/26
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Linear momentum and its conservation: examples
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9.4 and 9.8
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3/3
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Ridgid objects: center of mass, rotation, moment of inertia
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10.1 to 10.6
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3/5
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The vectorial nature of torque
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10.7 to 10.9 and 11.1
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3/10
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Angular momentum and its conservation, Newton's law of universal gravity
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11 and 13.1 and 13.2
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3/12
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Gravity near the earth's surface, the gravitational potential, Kepler's laws
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13.3 to 13.6
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3/13
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Second order linear differential equations
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|
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3/24
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Exam 2
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|
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3/26
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Simple harmonic motion
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15.1 to 15.6
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3/31
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Driven oscillator
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15.7
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4/2
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Wave motion
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16
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4/7
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Wave motion and sound
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16, 17, 18
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4/9
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Temperature, thermal expansion
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19
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4/14
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Ideal and real gases, first law of thermodynamics
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19.5, 20.4-20.6
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4/16
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Total differential, ideal gas law in differential form, specific and latent heat
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20.1-20.6
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4/21
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Adiabatic comperssion and expansion, heat transfer mechnisms
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20.7, 21.3
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4/23
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Kinetic model of gases
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21
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