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PHYS 2205 GENERAL PHYSICS

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  • 9 pages Final w/ answer key
    • Final w/ answer key
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2012
    • Name: Date: BEFORE YOU BEGIN: 1. Fill in CORRECTLY your ID number AND THE FORM LETTER on the scantron. 2. Write the course number (2205) on the scantron. 3. Write down your name on the test, scantron, and on the formula sheet. Physics 2205 - Spring 2008 F
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    Final w/ answer key

  • 3 pages PHYS 2205 TR 8 00 - 9 15 syllabus
    • PHYS 2205 TR 8 00 - 9 15 syllabus
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2012
    • PHYSICS 2205: General Physics Part 1, Fall 2012 Instructor: Kriton Papavasiliou E-mail: kriton@vt.edu Office: Robeson 308 Office Hours: Monday, Wednesday 4:00 5:00 PM Tuesday, Thursday 10:00 11:00 AM or by appointment. Anytime I am in my office and I have
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    PHYS 2205 TR 8 00 - 9 15 syllabus

  • 5 pages CH 820131101192113192
    • CH 820131101192113192
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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  • 7 pages CH 920131101192356646
    • CH 920131101192356646
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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  • 7 pages CH 1020131101192617329
    • CH 1020131101192617329
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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    CH 1020131101192617329

  • 119 pages Lecture 2 -Vectors, Displacement, Average and Instantaneous Velocity

    Lecture 2 -Vectors, Displacement, Average and Instantaneous Velocity

  • 5 pages CH 8 Notes20131114211749673
    • CH 8 Notes20131114211749673
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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    CH 8 Notes20131114211749673

  • 2 pages Lecture 1
    • Lecture 1
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • Lecture 1 volumetric density Physical dimensions Length L units Mass M Time T V m s P [ ] M 3 L linear density = M L [] L T units: kg m or g m Areal density = M L2 Algebra N unknown variables requires N equations to solve all unknowns EX: unknowns X, Y, Z
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    Lecture 1

  • 30 pages Lecture 1 - Syllabus Day
    • Lecture 1 - Syllabus Day
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • WELCOME TO PHYS 2305 January 17th, 2017 Instructor: Dr. Travis Merritt Introduction Introduction Class Logistics Active Learning Environment WHAT IS PHYSICS 1 What do you think physics is? 3 Introduction Class Logistics Active Learning Environment WHAT IS
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    Lecture 1 - Syllabus Day

  • 54 pages Lecture 8 - Relative Frames in 2D, Constant-Speed Circular Motion, Rotational Velocity

    Lecture 8 - Relative Frames in 2D, Constant-Speed Circular Motion, Rotational Velocity

  • 4 pages Ch 720131101191923124
    • Ch 720131101191923124
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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  • 7 pages CH 620131101191752626
    • CH 620131101191752626
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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  • 7 pages CH 520131101191329097
    • CH 520131101191329097
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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  • 3 pages CH 420131101191009411

    CH 420131101191009411

  • 8 pages CH 320131101190846663
    • CH 320131101190846663
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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  • 9 pages CH 220131101190503726
    • CH 220131101190503726
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
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    CH 220131101190503726

  • 2 pages physics notes 3

    physics notes 3

  • 2 pages physics notes 2

    physics notes 2

  • 2 pages physics notes 1

    physics notes 1

  • 64 pages Lecture 7 - Generalized Constant-Acceleration Motion in 2D, Relative Motion

    Lecture 7 - Generalized Constant-Acceleration Motion in 2D, Relative Motion

  • 44 pages Lecture 18 - Collisions
    • Lecture 18 - Collisions
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • COLLISIONS March 23rd, 2017 Instructor: Dr. Travis Merritt Collisions For the following demonstration, two identical balls travel down two different ramps: a curved ramp and an inclined ramp. If the balls are released at the same height, which ball will f
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    Lecture 18 - Collisions

  • 92 pages Lecture 22 - Moment of Inertia, Rotational Kinetic Energy, and Rolling Motion

    Lecture 22 - Moment of Inertia, Rotational Kinetic Energy, and Rolling Motion

  • 76 pages Lecture 23 - Parallel Axis Theorem
    • Lecture 23 - Parallel Axis Theorem
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • PARALLEL AXIS THEOREM AND ROTATIONAL KINEMATICS April 11th, 2017 Instructor: Dr. Travis Merritt Review Review Rotational Motion around a Fixed Axis Is it easier to open a door that is made of a solid piece of wood or a door of the same mass made of light
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    Lecture 23 - Parallel Axis Theorem

  • 96 pages Lecture 3 - Describing Motion in 1D (1D Kinematics)
    • Lecture 3 - Describing Motion in 1D (1D Kinematics)
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • DESCRIBING MOTION IN 1D (1D KINEMATICS) January 23rd, 2017 Instructor: Dr. Travis Merritt Review Review Velocity to Position Acceleration Constant Acceleration Mathematics Acceleration Problems ~ has a magnitude of 2.00 m and vector B ~ has Vector A a mag
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    Lecture 3 - Describing Motion in 1D (1D Kinematics)

  • 94 pages Lecture 15 - Conservation of Momentum
    • Lecture 15 - Conservation of Momentum
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • CONSERVATION OF MOMENTUM March 14th, 2017 Instructor: Dr. Travis Merritt Review Review Conservation Laws Impulse and Force Choosing System for Momentum Constancy You are a passenger in a car and not wearing your seat belt. Without increasing or decreasing
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    Lecture 15 - Conservation of Momentum

  • 93 pages Lecture 16 - Conservation of Energy
    • Lecture 16 - Conservation of Energy
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • CONSERVATION OF ENERGY March 16th, 2017 Instructor: Dr. Travis Merritt Review Review Choosing System for Momentum Constancy Conservation of Energy Energy for Earth-Object Systems You spin a bucket of mass m in a horizontal circle of radius r at a constant
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    Lecture 16 - Conservation of Energy

  • 92 pages Lecture 20 - Work from Variable Forces; Power
    • Lecture 20 - Work from Variable Forces; Power
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • WORK FROM VARIABLE FORCES, AND POWER Marth 30th, 2017 Instructor: Dr. Travis Merritt Review Review Work (Variable Force) Power Choose which statement describes a process in which an external force does negative work on the system. The person is the only o
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    Lecture 20 - Work from Variable Forces; Power

  • 91 pages Lecture 21 - Center of Mass and Translational Motion of Extended Objects

    Lecture 21 - Center of Mass and Translational Motion of Extended Objects

  • 95 pages Lecture 19 -Work Done by Constant Forces
    • Lecture 19 -Work Done by Constant Forces
    • Virginia Tech
    • General Physics
    • PHYS 2205 - Fall 2013
    • WORK March 28th, 2017 Instructor: Dr. Travis Merritt Review Review Work (Constant Force) Dot Product A golf ball is fired at a bowling ball initially at rest and sticks to it. After the collision, compare the momentum/kinetic energy of the golf ball to th
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    Lecture 19 -Work Done by Constant Forces

  • 77 pages Lecture 10 - Normal Force, Frictional Forces, and Rotated Coordinate Systems

    Lecture 10 - Normal Force, Frictional Forces, and Rotated Coordinate Systems

GENERAL PHYSICS Questions & Answers

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    • Profile picture
    Jun 12, 2016
    | No strong feelings either way.

    This class was tough.

    Course Overview:

    Would recommend - Kriton gives out a lot of extra credit just for showing up and the exams are heavily curved.

    Course highlights:

    Mostly self taught through online homework assignments

    Hours per week:

    6-8 hours

    Advice for students:

    Get a chegg account to do the homeworks

    • Fall 2015
    • KRITON
    • Yes
    • Math-heavy Go to Office Hours Many Small Assignments
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