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- Introductory Physics
- University of California - Santa Barbara
- Verified Notes
Browse the full collection of course materials, past exams, study guides and class notes for PHYS 6A - Introductory Physics at University of California - Santa Barbara verified by …
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DOGIC Z
winter
16FREUND E G
fall
21GELLER
fall
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Class Notes
Taken by our most diligent verified note takers in class covering the entire semester.
PHYS 6A Lecture 1: Hand written
Freedman, ruskell, kesten, and tauck, college physics, 2nd edition. Only need to participate 75% of time for full 4% 1st midterm - jan 30th (open book
262
PHYS 6A Lecture 2: phys6a - Lecture 2
346
PHYS 6A Lecture 3: Phys6a - Lecture 3
245
PHYS 6A Lecture Notes - Lecture 4: Systematic Chaos, Physical Quantity, Pythagorean Theorem
(iclicker) the position of an object moving along the x-axis is given by: x = 5. 0m/s)t - (10. 0m/s2)t2+(4. 0m/s3)t3. If you use this expression, the a
544
PHYS 6A Lecture 6: Phys6a - Lecture 6
You toss a ball into the air at an initial angle of 40 . At what point does the ball have the smallest speed? (neglect any effect due to air resistance
545
PHYS 6A Lecture Notes - Lecture 7: Euclidean Vector, Normal Force, Free Body Diagram
Facts you need to know about rotation. Period of rotation - how long does it take to go around the circle - t (seconds) 1 rpm = one rotation per minute
436
PHYS 6A Lecture 9: phys6a - Lecture 9
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PHYS 6A Lecture 10: phys6a - lecture 10
13 right os about a b - less than 10, not good. Newton"s 3rd law - if i push on an object a, object applies same force. The fuel combusts - liquid to g
230
PHYS 6A Lecture 11: Lecture 11
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PHYS 6A Lecture 12: Lecture 12
If there are only conservative forces acting (gravity/spring force), energy is concerned. There are two frictionless ramps, the initial and final heigh
238
PHYS 6A Lecture 14: PHYS - Lecture 14
Chapters 4-7 on 2nd midterm, but also concepts from chapters 1-3. If spring is not stretched and stretched - no potential energy. Think about it in the
330
PHYS 6A Lecture Notes - Lecture 15: Table Tennis, Bowling Ball, Crash Test
The following objects all have the same magnitude of momentum. Ans: pyramid of mass 0. 50kg moving at 10m/s. The object going faster always has a much
337
PHYS 6A Lecture Notes - Lecture 16: Inelastic Collision, Point Particle, Weighted Arithmetic Mean
Both momentum and kinetic energy are conserved. Solve the equations at the same time. Direction is important - use xy/+- system. Break momentum into x
2132
PHYS 6A Lecture Notes - Lecture 17: Angular Acceleration, Bicycle Wheel, Radian
Theta = angle measured from reference line. Si unit: radian (rad), which is dimensionless. Take note of chapter 2 and 3 equations. Theta > 0 counter
334
PHYS 6A Lecture Notes - Lecture 19: Rotational Energy, Angular Velocity
A triangular shape is made from identical balls and identical rigid massless rods. The moment of inertia about the a, b and c axes is i a , i b , i c ,
250
PHYS 6A Lecture Notes - Lecture 20: Elastic Modulus
A compressed spring (x<0) pushes in the +x direction. A stretched spring (x>0_ pulls in the -x direction. Relates to stress and strain y = stress
234