PHY 2048 schedule, Fall 2015 (page 1).
Date
Day
Lecturer
Event
Information
24-Aug-15
Mon
Woodard
Lecture 1
Organization/Information
26-Aug-15
Wed
Woodard
Lecture 2
Ch. 1. Measurements: time, mass, distance; units transformation. Ch 2.1-2.2 Linear motion: position, velocity, acceleration.
28-Aug-15
Fri
Woodard
Lecture 3
Ch. 2.3-2.6 Linear motion: constant acceleration; free fall; graphical integration in motion analysis..
29-Aug-15
Saturday
Homework
HW 1 (Ch 1 and 2) Quiz 1 on this HW
31-Aug-15
Mon
Woodard
Lecture 4
Ch. 3.1-3.2 Vectors: scalars v/s vectors; vector addition; unit vectors; components.
2-Sept-15
Wed
Woodard
Lecture 5
Ch. 3.3 Vectors: scalar and vector multiplication of vectors.
4-Sept-15
Fri
Woodard
Lecture 6
Ch. 4.1-4.3 Motion in 2 and 3-dimensions: position and displacement; average and instantaneous velocity and acceleration.
5-Sept-15
Saturday
7-Sep-15
Mon
Homework
HW 2 (Ch 3 and 4) No Quiz on this HW
NO CLASSES Labor Day
9-Sept-15
Wed
Woodard
Lecture 7
Ch. 4.4 Motion in 2 and 3-dimensions: projectile motion.
11-Sept-15
Fri
Woodard
Lecture 8
Ch. 4.5-4.7 Motion in 2 and 3 dimensions: uniform circular motion, centripetal acceleration, relative motion.
12-Sept-15
Saturday
Homework
HW 3 (Ch 4) Quiz 2 on this HW
14-Sept-15
Mon
Woodard
Lecture 9
Ch. 5.1-5.2 Forces and Motion 1: force and mass; Newton’s 1st and 2nd laws.
16-Sept-15
Wed
Woodard
Lecture 10
Ch. 5.3 Forces and Motion 1: applications of Newton’s laws. gravity force, normal force, weight, tension, friction,.
18-Sept-15
Fri
Woodard
19-Sept-15
Saturday
21-Sept-15
Mon
23-Sept-15
25-Sept-15
26-Sept-15
Saturday
28-Sept-15
Mon
29-Sept-15
Tuesday
30-Sept-15
Wed
Matcheva
Lecture 16
Ch. 8.1 Potential energy and conservation of energy: conservative force; potential energy; gravitational potential energy.
2-Oct-15
Fri
Matcheva
Lecture 17
Ch. 8.2 Potential energy and conservation of energy: elastic potential energy; mechanical energy; conservation of mechanical energy
3-Oct-15
Saturday
Homework
HW 6 (Ch 8) Quiz 4 on this HW
5-Oct-15
Mon
Matcheva
Lecture 18
Ch. 8.3-8.5 Potential energy and conservation of energy: potential energy curves; energy theorem for isolated and non-isolated systems of bodies.
7-Sept-15
Wed
Matcheva
Lecture 19
Ch. 9.1-9.2 Center of mass and linear momentum: COM of system of point masses; COM for an extended solid body; Newton’s law for a system.
9-Oct-15
Fri
Matcheva
10-Oct-15
Saturday
Lecture 11
Ch. 6.1 Forces and Motion 2: Static and dynamic friction.
Homework
HW 4 (Ch 5 and 6) Quiz 3 on this HW
Woodard
Lecture 12
Ch. 6.2-6.3 Forces and motion 2: Drag and terminal velocity; Uniform circular motion; centripetal acceleration and centripetal force.
Wed
Wooadrd
Lecture 13
Ch. 6 More problems on Newton’s Laws.
Fri
Matcheva
Lecture 14
Ch. 7.1-7.2 Kinetic energy and work: kinetic energy; work; work-kinetic energy theorem.
Homework
HW 5 (Ch 6 and 7) No Quiz on this HW
Lecture 15
Ch. 7.3-7.6 Kinetic energy and work: work by the gravity force, elastic force; work by a spring; work by a variable force; power.
Matchea
EXAM 1
Chapters 1, 2, 3, 4, 5, 6.
Lecture 20
Ch. 9.3-9.5 Center of mass and linear momentum: linear momentum; Newton’s 2nd law; collisions; impulse; conservation of linear momentum.
Homework
HW 7 (Ch 8 and 9) Quiz 5 on this HW
12-Oct-15
Mon
Matcheva
Lecture 21
Ch. 9.6-9.8 Center of mass and linear momentum: momentum and kinetic energy in collisions; elastic and inelastic collisions; varying mass.
14-Sept-15
Wed
Matcheva
Lecture 22
Ch. 10.1-10.3 Rotation: rotational variables; constant angular velocity; constant angular acceleration; relating linear and angular variables.
16-Oct-15
Fri
Matcheva
Lecture 23
Ch. 10.4-10.5 Rotation: Kinetic energy of rotation; Rotational inertia; parallel-axis theorem.
17-Oct-15
Saturday
Homework
HW 8 (Ch 9 and 10) Quiz 6 on this HW
PHY 2048 schedule, Fall 2015 (page 2).
Date
Day
Lecturer
Event
19-Oct-15
Mon
Matcheva
Lecture 24
Ch. 10.6-10.8 Rotation: torque; Newton’s 2nd law for rotation; work and kinetic energy for rotation.
Information
21-Oct-15
Wed
Matcheva
Lecture 25
Ch. 11.1-11.2 Rolling, Torque, Angular Momentum: rolling; kinetic energy of rolling; forces of rolling; rolling down a slope.
23-Oct-15
Fri
Matcheva
Lecture 26
Ch. 11.3-11.6 Rolling, Torque, Angular Momentum: torque and angular momentum; Newton’s 2nd law for torque
24-Oct-15
Saturday
Homework
HW 9 (Ch 10 and 11) Quiz 7 on this HW
26-Oct-15
Mon
Matcheva
Lecture 27
Ch. 11.7-11.9 Rolling, Torque, Angular Momentum: angular momentum for a rigid body; conservation of angular momentum.
28-Oct-15
Wed
Matcheva
Lecture 28
Ch. 12.1-12.2 Equilibrium and elasticity: conditions for static equilibrium.
30-Oct-15
Fri
Matcheva
31-Oct-15
Saturday
2-Nov-15
Mon
2-Nov-15
Mon
4-Nov-15
Wed
Lecture 29
Ch. 12.3 Equilibrium and elasticity: stress and strain.
Homework
HW 10 (Ch 11 and 12) No Quiz on this HW
Woodard
Lecture 30
Ch. 13.1-13.3 Gravitation: Newton’s gravitational law;gravity and superposition; the net gravity of a shell and a uniform sphere.
Woodard
Lecture 31
EXAM 2
Chapters 7, 8, 9, 10, 11, 12
Ch. 13.4-13.5 Gravitation: the gravity force of the Earth; gravity potential energy; escape velocity and black holes.
6-Nov-15
Fri
NO CLASSES
7-Nov-15
Saturday
Homework
HW 11 (Ch 13) No Quiz on this HW
9-Nov-15
Mon
Lecture 32
Ch. 13.6-13.7 Gravitation: Kepler’s laws of motion; satellites, orbits and energy; Einstein and Gravitation.
11-Nov-15
Wed
13-Nov-15
Fri
14-Nov-15
Saturday
16-Nov-15
Mon
Woodard
18-Nov-15
Wed
Matcheva
20-Nov-15
Fri
Matcheva
21-Nov-15
Saturday
Woodard
NO CLASSES
Woodard
Matcheva
UF Homecoming
Veterans Day
Lecture 33
Ch. 14.1-14.4 Fluids: pressure; hydrostatic pressure; gauge pressure; Pascal’s principle; hydraulic lever;
Homework
HW 12 (Ch 13 and 14) Quiz 8 on this HW
Lecture 34
Ch. 14.5-14.7 Fluids: Archimedes principle; buoyancy force; floating; continuity equation; Bernoulli’s equation’
Lecture 35
Ch.15.1-15.3 Oscillations: simple harmonic motion; the force law for SHM; energy in SHM; linear SH Oscillator, angular SHO.
Lecture 36
Ch.15.4-15.6 Oscillations: simple pendulum, physical pendulum; circular motion;
Homework
HW 13 (Ch 14 and 15) Quiz 9 on this HW
Lecture 37
Ch. 15 Oscillations: damped oscillations; forced oscillations; resonance.
23-Nov-15
Mon
25-Nov-15
Wed
NO CLASSES
Thanksgiving
27-Nov-15
Fri
NO CLASSES
Thanksgiving
28-Nov-15
Saturday
30-Nov-15
Mon
2-Dec-15
4-Dec-15
5-Dec-15
Saturday
Homework
no homework
Matcheva
Lecture 38
Ch. 16.1-16.3 Waves I: wave characteristics; longitudinal and transverse waves; wave on a string; energy and power of a wave on a string.
Wed
Matcheva
Lecture 39
Ch. 16.4-16.7 Waves I: wave equation; constructive and destructive interference of waves, standing waves.
Fri
Woodard
Lecture 40
Ch. 17.1-17.3 Waves II: Sound waves, speed of sound, traveling sound waves, interference.
Homework
HW 14 (Ch 16 and 17) Quiz 10 on this HW
7-Dec-15
Mon
Woodard
Lecture 41
Ch. 17.4-17.6 Waves II: superposition of waves; interference, beats, Doppler effect,
9-Dec-15
Wed
Woodard
Lecture 42
Ch. 17.7-17.8 Waves II: supersonic speed, power/intensity of sound, sound levels.
12-Dec-15
Saturday
FINAL EXAM
ALL Chapters. 10 am - 12 noon