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103 Kinematics of Rotational Motion
(m50808)
Author:
OpenStax Tutor
Keywords:
Kinematics
,
Kinematics of rotational motion
Summary:
Observe the kinematics of rotational motion. Derive rotational kinematic equations. Evaluate problem solving strategies for rotational kinematics.
Subject:
Science and Technology
Language:
English
Popularity:
13.41%
Revised:
20140819
Revisions:
New
Chapter 10: Problems & Exercises
(m50806)
Author:
OpenStax Tutor
Keywords:
Chapter 10: Problems & Exercises
Subject:
Science and Technology
Language:
English
Popularity:
13.39%
Revised:
20140819
Revisions:
New
78 Power
(m50802)
Author:
OpenStax Tutor
Keywords:
energy
,
horsepower
,
kilowatthour
,
power
,
watt
,
work
Summary:
Calculate power by calculating changes in energy over time. Examine power consumption and calculations of the cost of energy consumed.
Subject:
Mathematics and Statistics
Language:
English
Popularity:
13.36%
Revised:
20140819
Revisions:
New
77 Conservation of Energy
(m50801)
Author:
OpenStax Tutor
Keywords:
chemical energy
,
efficiency
,
electrical energy
,
law of conservation of energy
,
nuclear energy
,
radiant energy
,
thermal energy
Summary:
Explain the law of the conservation of energy. Describe some of the many forms of energy. Define efficiency of an energy conversion process as the fraction left as useful energy or work, rather than being transformed, for example, into thermal energy.
Subject:
Mathematics and Statistics
Language:
English
Popularity:
16.43%
Revised:
20140819
Revisions:
New
75 Conservative Forces and Potential Energy [with Concept Coach]
(m50798)
Author:
OpenStax Tutor
Keywords:
conservation of mechanical energy
,
conservative force
,
mechanical energy
,
potential energy
,
potential energy of a spring
Summary:
Define conservative force, potential energy, and mechanical energy. Explain the potential energy of a spring in terms of its compression when Hooke’s law applies. Use the workenergy theorem to show how having only conservative forces implies conservation of mechanical energy.
Subject:
Science and Technology
Language:
English
Popularity:
10.56%
Revised:
20140819
Revisions:
New
Introduction to OneDimensional Kinematics (RCTC)
(m50796)
Author:
Rod Milbrandt
Keywords:
Acceleration
,
Average speed
,
Average velocity
,
Coordinate system
,
Deceleration
,
Dependent variable
,
Displacement
,
Distance
,
Elapsed time
,
Freefall
,
Gravity
,
Independent variable
,
Instantaneous speed
,
Instantaneous velocity
,
Kinematic equations
,
Kinematics
,
Model
,
Motion
,
Position
,
Problem
,
Problemsolving
,
Scalar
,
Slope
,
Solve
,
Speed
,
Time
,
Vector
,
Velocity
,
yintercept
Subject:
Science and Technology
Language:
English
Popularity:
10.56%
Revised:
20140819
Revisions:
New
86 Inelastic Collisions in One Dimension
(m50786)
Author:
OpenStax Tutor
Keywords:
Collisions conservation of momentum
,
Inelastic collision
,
Internal kinetic energy
,
Momentum
,
Perfectly inelastic
Summary:
Define inelastic collision. Explain perfectly inelastic collision. Apply an understanding of collisions to sports. Determine recoil velocity and loss in kinetic energy given mass and initial velocity.
Subject:
Science and Technology
Language:
English
Popularity:
16.39%
Revised:
20140819
Revisions:
New
85 Elastic Collisions in One Dimension
(m50783)
Author:
OpenStax Tutor
Keywords:
Collisions
,
Elastic collisions
,
Internal kinetic energy
Summary:
Describe an elastic collision of two objects in one dimension. Define internal kinetic energy. Derive an expression for conservation of internal kinetic energy in a one dimensional collision. Determine the final velocities in an elastic collision given masses and initial velocities.
Subject:
Science and Technology
Language:
English
Popularity:
13.32%
Revised:
20140819
Revisions:
New
84 Conservation of Momentum [with Concept Coach]
(m50781)
Author:
OpenStax Tutor
Keywords:
Center of mass
,
Collision
,
Conservation of momentum
,
Momentum
Summary:
Describe the principle of conservation of momentum. Derive an expression for the conservation of momentum. Explain conservation of momentum with examples. Explain the principle of conservation of momentum as it relates to atomic and subatomic particles.
Subject:
Science and Technology
Language:
English
Popularity:
10.55%
Revised:
20140819
Revisions:
New
83 Impulse
(m50778)
Author:
OpenStax Tutor
Keywords:
Effective force
,
Force
,
Impulse
,
Momentum
Summary:
Define impulse. Describe effects of impulses in everyday life. Determine the average effective force using graphical representation. Calculate average force and impulse given mass, velocity, and time.
Subject:
Science and Technology
Language:
English
Popularity:
16.38%
Revised:
20140819
Revisions:
New
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