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Browse the full collection of course materials, past exams, study guides and class notes for PHYS 1501Q - Physics for Engineers I at University of Connecticut verified by our …
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PROFESSORS
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All semesters
Soroush Khosravi Dehaghi, Robert McCutcheon
fall
40
Matthew Phelps, Michael Abramczyk
fall
1

Verified Documents for Soroush Khosravi Dehaghi, Robert McCutcheon

Class Notes

Taken by our most diligent verified note takers in class covering the entire semester.
PHYS 1501Q Lecture Notes - Lecture 1: Jearl Walker, Robert Resnick, Abdolkarim Soroush
Physics 1501q - lecture 1 - introduction 8/27/18. We did an introduction, followed be a review of the syllabus and office hours, which are available on
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PHYS 1501Q Lecture Notes - Lecture 2: Point Particle, Kinematics, International System Of Units
Physics 1501q - lecture 2 - 1-d kinematics 8/29/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/ Kinematics
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PHYS 1501Q Lecture Notes - Lecture 3: International System Of Units
Physics 1501q - lecture 3 - 1-d kinematics 8/31/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/ Average ve
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PHYS 1501Q Lecture Notes - Lecture 5: International System Of Units
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PHYS 1501Q Lecture Notes - Lecture 6: Parallelogram, International System Of Units
Physics 1501q - lecture 5 - 1-d and 2-d kinematics 9/7/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/ = c
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PHYS 1501Q Lecture Notes - Lecture 7: Projectile Motion, International System Of Units
Physics 1501q - lecture 6 - projectile motion 9/10/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/ = chang
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PHYS 1501Q Lecture Notes - Lecture 8: Circular Motion, International System Of Units, Angular Velocity
Physics 1501q - lecture 8 - relative motion and uniform circular motion 9/12/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a
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PHYS 1501Q Lecture Notes - Lecture 9: International System Of Units, Switch, Inertial Frame Of Reference
Physics 1501q - lecture 9 - linear dynamics: newton"s laws 9/14/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleratio
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PHYS 1501Q Lecture Notes - Lecture 10: International System Of Units, Apparent Weight
Physics 1501q - lecture 10 - forces and free-body diagrams 9/17/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleratio
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PHYS 1501Q Lecture 10: 09.21 Lecture Part 1
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PHYS 1501Q Lecture 10: 09.21 Lecture Part 2
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PHYS 1501Q Lecture Notes - Lecture 11: International System Of Units, Low Earth Orbit, Ellipse
Physics 1501q - lecture 11 - kepler"s laws 9/19/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/s 2 ) = cha
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PHYS 1501Q Lecture Notes - Lecture 12: Flowerpot, Momentum, Horizontal And Vertical
Physics 1501q - lecture 12 - linear statics and momentum 9/21/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration
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PHYS 1501Q Lecture Notes - Lecture 13: Friction, International System Of Units
Physics 1501q - lecture 13 - friction 9/24/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/s 2 ) = change i
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PHYS 1501Q Lecture 14: PHYS 1501Q - Lecture 14 - Work and Kinetic Energy
Physics 1501q - lecture 14 - work and kinetic energy 9/26/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/s
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PHYS 1501Q Lecture Notes - Lecture 15: Gravitational Energy, Conservative Force, Path Dependence
Physics 1501q - lecture 15 - conservative forces and potential energy 9/28/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a =
262
PHYS 1501Q Lecture Notes - Lecture 16: Conservative Force, International System Of Units, Equilibrium Point
Physics 1501q - lecture 16 - conservative forces and potential energy 10/1/18. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a =
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PHYS 1501Q Lecture 19: PHYS 1501Q - Lecture 19 - Forces and Potential Energy and Center of Mass
Physics 1501q - lecture 19 - forces and potential energy and center of mass . Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = a
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PHYS 1501Q Lecture Notes - Lecture 20: International System Of Units, Elastic Collision, Projectile Motion
Physics 1501q - lecture 20 - center of mass and conservation of linear momentum. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a
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PHYS 1501Q Lecture 21: PHYS 1501Q - Lecture 21 - Conservation of Linear Momentum and Rotational Kinematics
Physics 1501q - lecture 21 - conservation of linear momentum and rotational. Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = ac
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PHYS 1501Q Lecture Notes - Lecture 22: Spherical Shell, Parallel Axis Theorem, Angular Velocity
Physics 1501q - lecture 22 - rotational kinematics and parallel axis theorem . Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a =
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PHYS 1501Q Lecture 23: PHYS 1501Q - Lecture 23 - Torque
Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/s 2 ) = change in g = gravity = 9. 81 m/s 2. G = 6. 67 10 11 n
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PHYS 1501Q Lecture Notes - Lecture 24: Angular Velocity, Angular Acceleration, International System Of Units
Physics 1501q - lecture 24 - rotational dynamics . Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/s 2 ) = chan
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PHYS 1501Q Lecture Notes - Lecture 25: Friction, Angular Velocity, Angular Acceleration
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PHYS 1501Q Lecture 26: PHYS 1501Q - Lecture 26 - Rotational Dynamics and Statics
Physics 1501q - lecture 26 - rotational dynamics and statics . Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/
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PHYS 1501Q Lecture Notes - Lecture 27: Angular Velocity, Angular Acceleration, International System Of Units
Physics 1501q - lecture 27 - rotational statics and angular momentum . Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = accelera
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PHYS 1501Q Lecture Notes - Lecture 28: Angular Acceleration, International System Of Units, If And Only If
Physics 1501q - lecture 28 - angular momentum . Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m/s 2 ) = change
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PHYS 1501Q Lecture Notes - Lecture 29: Angular Velocity, Angular Acceleration, Kinetic Energy
Physics 1501q - lecture 29 - conservation of angular momentum . Key (in si units): t = time (s) x = distance (m) v = velocity (m/s) a = acceleration (m
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PHYS 1501Q Lecture Notes - Lecture 30: Simple Harmonic Motion, Equilibrium Point, Kinematics
Physics 1501q - lecture 29 - simple harmonic motion . K is maximized when the spring is at the equilibrium point. U spring is maximized when the spring
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PHYS 1501Q Lecture Notes - Lecture 31: Small-Angle Approximation, Damping Ratio, Exponential Decay
Physics 1501q - lecture 31 - simple and physical pendula . Friction in springs causing oscillations to lessen and eventually stop x(t) = acos(wt)e -dt.
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PHYS 1501Q Lecture Notes - Lecture 33: Wave Equation, Transverse Wave, Radio Wave
Physics 1501q - lecture 33 - harmonic waves and the wave equation . Mechanical waves - wave on a string, sound, water wave, etc. Electromagnetic waves
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PHYS 1501Q Lecture Notes - Lecture 34: 30 Foot Fall, Wave Equation, International System Of Units
Physics 1501q - lecture 34 - harmonic waves, superposition, and standing waves. Direction of wave movement y = acos(kx - wt) Different signs for kx and
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PHYS 1501Q Lecture Notes - Lecture 35: Atmospheric Pressure, International System Of Units, Statics
Physics 1501q - lecture 35 - fluid statics . Si units for pressure: n/m 2 = pascal (pa) The pressure of a liquid always produces a force that is perpen
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PHYS 1501Q Lecture Notes - Lecture 36: Statics, Continuity Equation, Angular Velocity
Physics 1501q - lecture 36 - fluid statics and fluid dynamics . 11/16/18 (source: slide 4 of 11/16 lecture slides) An external pressure applied to an e
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PHYS 1501Q Lecture 40: Thermal Physics
Physics 1501q - lecture 40 - thermal physics . It is impractical (very difficult) to describe many-particle physical systems via detailed info about in
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PHYS 1501Q Lecture Notes - Lecture 41: Angular Acceleration, Angular Velocity, Phase Diagram
Physics 1501q - lecture 41 - thermal physics . The si unit for temperature is kelvin (k) The energy needed to raise the temperature of a substance by 1
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PHYS 1501Q Lecture Notes - Lecture 42: Gas Constant, Ideal Gas Law, Unified Atomic Mass Unit
Physics 1501q - lecture 42 - thermal physics . Atomic mass: the mass of 1 atom in unit u. 1 mole of any substance = avogadro"s number (n a ) = 6. 022 *
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PHYS 1501Q Lecture Notes - Lecture 43: Thermal Conductivity, Thermal Conduction, Black Body
Physics 1501q - lecture 43 - thermal physics: heat transfer . Whenever there is a temperature difference, heat transfer occurs. : heat transfer through
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PHYS 1501Q Lecture Notes - Lecture 44: Projectile Motion, International System Of Units, Angular Velocity
Physics 1501q - lecture 44 - final exam review . Practice exam questions: a simple pendulum of length l = 10m is released at an angle = 20 relative to
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PHYS 1501Q Lecture Notes - Lecture 45: Rotational Energy, Unified Atomic Mass Unit, International System Of Units
Physics 1501q - lecture 45 - final exam review . Practice exam questions: a hollow cylinder of mass 2 kg and radius 0. 1 m rolls without slipping on a
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