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71	Worksheet for Exploration 5.5: Enter a Formula for the Force This Exploration allows you to choose initial conditions and forces with damping, and then view how that force affects the red ball. You can rightclick on the Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:32:17 Kinematics Motion Introductory physics Velocity Force Work VX Acceleration Physics Physical quantities Classical mechanics
72	Worksheet for Exploration 31.5: RL Circuits and Phasors Assume an ideal power supply. The graph shows the voltage as a function of time across the source (red), the resistor (blue), and the inductor (green) (voltage is g Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:33:45 Analog circuits Electronic filter topology Electric power Physical quantities Phasor Trigonometry RL circuit Inductor Electrical reactance Electromagnetism Electronic engineering Electrical engineering
73	Worksheet for Exploration 16.7: A Chain of Oscillators Twenty-nine damped harmonic oscillators are driven by an external force, sin(t). Each oscillator can be thought of as a mass connected to the floor with a spring. Th Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:34:08 Earthquake engineering Harmonic oscillator Resonance Oscillators Oscillation Mechanical resonance Damping Phase Anharmonicity Physics Ordinary differential equations Mechanics
74	Worksheet for Exploration 5.1: Circular Motion A puck travels in a circular path on a frictionless table, propelled by a string pulling from the center of the circle (position is shown in meters and time is shown in seco Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:32:17 Kinematics Force Natural philosophy Tension Velocity Physics Classical mechanics Mechanics
75	Worksheet for Exploration 5.6: Air Friction Two identical balls are dropped. The one on the left is in a resistive medium represented by varying shades of blue. The resistive force is represented as b vn, where b is a co Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:32:17 Velocity Graph coloring Graph drawing Graph theory Mathematics Graph
76	Worksheet for Exploration 16.6: Damped and Forced Motion A mass can be driven by an external force in addition to an internal restoring force and friction. Restart. Specifically, Fnet = Frestore + Ffriction + Fdriving, w Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:34:07 Physics Partial differential equations Control theory Damping Periodic function Oscillation Wave Matrix Simple harmonic motion Mathematical analysis Mathematics Ordinary differential equations
77	Worksheet for Exploration 31.6: RLC Circuits and Phasors Assume an ideal power supply. The graph shows the voltage as a function of time across the source (red), the resistor (blue), the capacitor (green) and the inducto Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:33:46 Analog circuits Physical quantities Electric power Electrical systems Electronic filter topology Phasor Electrical impedance Phase angle Capacitor Electromagnetism Electronic engineering Electronics
78	Worksheet for Exploration 31.4: Phase Angle and Power Assume an ideal power supply. The graph shows the voltage (red) as a function of time across the source and the current (black) through the circuit (voltage is given Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:33:45 Physical quantities Analog circuits Energy storage Electronic filter topology Electrical systems Electrical impedance RLC circuit Inductor Voltage Electromagnetism Electronic engineering Physics
79	Worksheet for Exploration 16.4: Pendulum Motion, Forces, and Phase Space A 1-kg pendulum bob is attached to a 9.8-m massless string to form a pendulum (position is given in meters and time is given in seconds). A graph o Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:34:07 Simple harmonic motion Harmonic oscillator Angular frequency Oscillation Motion Foucault pendulum Inverted pendulum Pendulums Physics Measurement
80	Worksheet for Exploration 16.3: Simple Harmonic Motion with and without Damping Enter a value for the damping coefficient, the spring constant of the restoring force, or check the "show velocity" box, then press the "set Add to Reading List Source URL: www.compadre.org Language: English - Date: 2013-05-21 23:34:07 Mathematics Pendulums Aerodynamics Control theory Damping Simple harmonic motion Oscillation Coefficient Spring Ordinary differential equations Physics Dynamics

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