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PHYS 101 & PHYS 103 | All Sections
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PHYS 101 & PHYS 103 |...
21 December - 27 December
Chapter 10 - Problem 04 -...
Chapter 10 - Problem 04 - Energy conservation
Last modified: Friday, 17 May 2013, 11:41 AM
◄ Chapter 10 - Problem 03 - Angular variables
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Past First Midterm Exam Problems - zip
Past Second Midterm Exam Problems - zip
Past Final Exam Problems - zip
Duyurular
Advice to the student (pdf)
Mathematics review (pdf)
MU&B 01 - Welcome to an adventure of mind
Measurement (pdf)
Measurement (video)
Measurement (presentation pdf)
Chapter 01 - Problem 01 - Unit conversion
Chapter 01 - Problem 02 - Unit conversion
Chapter 01 - Problem 03 - Unit conversion
Chapter 01 - Problem 04 - Unit conversion
Chapter 01 - Problem 05 - Unit conversion
Chapter 01 - Problem 06 - Unit conversion
Chapter 01 - Problem 07 - Unit conversion prefixes
Chapter 01 - Problem 08 - Dimension analysis
Chapter 01 - Problem 09 - Dimension analysis
Chapter 01 - Problem 10 - Dimension analysis
MU&B 03 - Differential calculus and derivative (Galileo)
MU&B 07 - Differential and integral calculus (Newton and Leibnitz)
MU&B 08 - Universal law of gravity (Copernicus, Galileo, Kepler, and Newton)
Motion along a straight line (pdf)
Motion along a straight line (video)
Motion along a straight line (presentation pdf)
Chapter 02 - Problem 01 - General formulae
Chapter 02 - Problem 02 - Free fall
Chapter 02 - Problem 03 - Constant acceleration
Chapter 02 - Problem 04 - Free fall
Chapter 02 - Problem 05 - Free fall
Chapter 02 - Problem 06 - Constant acceleration
Chapter 02 - Problem 07 - Constant acceleration
Chapter 02 - Problem 08 - Free fall
Chapter 02 - Problem 09 - General formulae
Chapter 02 - Problem 10 - Constant acceleration
MU&B 02 - Gravity and fallling bodies, average and instantaneous velocity and acceleration, and differentiation (Galileo)
Vectors (pdf)
Vectors - part 1 (video)
Vectors - part 2 (video)
Vectors (presentation pdf)
Chapter 03 - Problem 01 - Vector, magnitude and direction
Chapter 03 - Problem 02 - Unit vector notation
Chapter 03 - Problem 03 - Dot and cross products
Chapter 03 - Problem 04 - Dot and cross products
Chapter 03 - Problem 05 - Dot and cross products
Chapter 03 - Problem 06 - Dot and cross products
Chapter 03 - Problem 07 - Dot and cross products
Chapter 03 - Problem 08 - Dot and cross products
Chapter 03 - Problem 09 - Dot and cross products
Chapter 03 - Problem 10 - Dot and cross products
MU&B 05 - Vectors (Descartes, Fermat, and Hamilton)
MU&B 10 - Nature's four fundamental forces (Newton, Cavendish, Franklin, and Einstein)
Motion in two and three dimensions (pdf)
Motion in two and three dimensions - part 1 (video)
Motion in two and three dimensions - part 2 (video)
Motion in two and three dimensions (presentation pdf)
Chapter 04 - Problem 01 - 2D motion with constant acceleration - general
Chapter 04 - Problem 02 - 2D motion with constant acceleration - general
Chapter 04 - Problem 03 - Projectile motion
Chapter 04 - Problem 04 - Projectile motion
Chapter 04 - Problem 05 - Projectile motion
Chapter 04 - Problem 06 - Circular motion
Chapter 04 - Problem 07 - Circular motion
Chapter 04 - Problem 08 - Relative motion
Chapter 04 - Problem 09 - Relative motion
Chapter 04 - Problem 10 - Relative motion
MU&B 06 - Newton's second law of mechanics and projectile motion
MU&B 09 - Uniform circular motion and heavenly bodies (Plato, Copernicus, and Newton)
Chapter 05 - Problem 01 - 2nd law - simple
Chapter 05 - Problem 02 - 2nd law - bodies in contact
Chapter 05 - Problem 03 - 2nd Law - three bodies on a table
Chapter 05 - Problem 04 - 2nd law - two bodies on a wedge
Chapter 05 - Problem 05 - 2nd law - two bodies on a wedge
Chapter 05 - Problem 06 - General formulae
Chapter 05 - Problem 07 - 2nd law - simple
Chapter 05 - Problem 08 - 2nd Law - general
Chapter 05 - Problem 09 - 2nd law - elevator
Chapter 05 - Problem 10 - 2nd law - one body on horizontal surface
MU&B 11 - Speed of light and gravitational, electric, and magnetic constants (Michelson, Cavendish, Orsted, and Maxwell)
Chapter 06 - Problems 01, 02, and 03 - 2nd law and friction
Chapter 06 - Problem 04 - 2nd law and friction
Chapter 06 - Problem 05 - 2nd law and friction
MU&B 04 - First law of mechanics and inertia (Galileo)
Chapter 06 - Problem 06 - 2nd law and friction
Chapter 06 - Problem 07 - Centripetal motion
Chapter 06 - Problem 08 - Centripetal motion
Chapter 06 - Problem 09 - 2nd law and friction
Chapter 06 - Problem 10 - Centripetal motion - curved road
MU&B 12 - Electron (Thomson and Millikan)
Chapter 07 - Problem 01 - Kinetic energy-work theorem
Chapter 07 - Problem 02 - Kinetic energy-work theorem and power
Chapter 07 - Problem 03 - Kinetic energy-work theorem and friction
Chapter 07 - Problem 04 - Work - simple
Chapter 07 - Problem 05 - True or false
Chapter 07 - Problem 06 - Kinetic energy-work theorem
Chapter 07 - Problem 07 - Kinetic energy-work theorem
Chapter 07 - Problem 08 - Kinetic energy-work theorem
Chapter 07 - Problem 09 - Kinetic energy-work theorem and power
Chapter 07 - Problem 10 - Kinetic energy-work theorem
MU&B 13 - Work and kinetic and potential energy (Joule)
Chapter 08 - Problem 01 - Energy conservation and spring
Chapter 08 - Problem 02 - Energy conservation and friction
Chapter 08 - Problem 03 - Energy conservation and friction
Chapter 08 - Problem 04 - Mechanical energy
Chapter 08 - Problem 05 - Energy conservation and spring
Chapter 08 - Problem 06 - Energy conservation and centripetal force
Chapter 08 - Problem 07 - Power
Chapter 08 - Problem 08 - Energy conservation and centripetal force
Chapter 08 - Problem 09 - Energy conservation and friction
Chapter 08 - Problem 10 - Energy conservation, spring and friction
MU&B 14 - Potential energy and equilibrium (Baskovich)
MU&B 16 - Simple harmonic motion and clocks (Galileo)
Chapter 09 - Problems 01 and 02 - 2D collision and impulse and momentum
Chapter 09 - Problem 03 - Center of mass
Chapter 09 - Problem 04 - Center of mass
Chapter 09 - Problem 05 - Center of mass
Chapter 09 - Problem 06 - Impulse and momentum
Chapter 09 - Problem 07 - Linear momentum
Chapter 09 - Problem 08 - Collision
Chapter 09 - Problem 09 - Ballistic pendulum
Chapter 09 - Problem 10 - 2D collision
MU&B 15 - Linear momentum and center of mass (Descartes)
Chapter 10 - Problem 01 - Angular variables
Chapter 10 - Problem 02 - Angular variables
Chapter 10 - Problem 03 - Angular variables
Chapter 10 - Problem 05 - Energy conservation
Chapter 10 - Problem 06 - Rotational inertia and kinetic energy
Chapter 10 - Problem 07 - Rotational inertia and kinetic energy-work theorem
Chapter 10 - Problem 08 - Torque
Chapter 10 - Problem 09 - Torque and angular variables - pulley
Chapter 10 - Problem 10 - Torque and angular variables
MU&B 17 - Vibrating bodies, natural frequency, resonance, and Tacoma Bridge
Chapter 11 - Problem 01 - Rolling down an incline
Chapter 11 - Problem 02 - Torque and angular momentum
Chapter 11 - Problem 03 - Angular momentum conservation
Chapter 11 - Problem 04 - Angular momentum conservation
chapter 11 - problem 05 - angular momentum conservation
Chapter 11 - Problem 06 - Torque
Chapter 11 - Problem 07 - Torque, rolling, and angular variables
Chapter 11 - Problem 08 - Angular momentum conservation
Chapter 11 - Problem 09 - Dimension analysis
Chapter 11 - Problem 10 - 2nd law with angular variables
Chapter 12 - Problem 01 - Equilibrum
Chapter 12 - Problem 02 - Equilibrum
MU&B 18 - Oscillations and waves and speed of waves (Newton)
MU&B 19 - Torque and law of conservation of angular momentum (Kepler, Copernicus, and Brahe)
MU&B 20 - Torque and angular Momentum and gyroscopes (Newton)
Chapter 10 - Problem 05 - Energy conservation ►