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UnbalancedForces (Copy) |
If the forces acting on an object are not balanced, they are unbalanced. |
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UnbalancedForceStart |
If unbalanced forces act on a stopped object, the object will start to move, and the motion will be in the direction of the force. |
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UnbalancedForceStart (Copy) |
If unbalanced forces act on a stopped object, the object will start to move, and the motion will be in the direction of the force. |
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UnbalancedForceStart (Copy) |
If unbalanced forces act on a stopped object, the object will start to move, and the motion will be in the direction of the force. |
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UnbalancedForceStart (Copy) (Copy) |
If unbalanced forces act on a stopped object, the object will start to move, and the motion will be in the direction of the force. |
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UnbalancedForceVelChange |
Unbalanced forces acting on an object change the object's velocity. |
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UnbalancedForceVelChange (Copy) |
Unbalanced forces acting on an object change the object's velocity. |
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VectorQuantity |
A vector quantity is the product of a Euclidean vector and a unit of measurement. |
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VectorQuantity (Copy) |
A vector quantity is the product of a Euclidean vector and a unit of measurement. |
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VectorQuantity (Copy) (Copy) |
A vector quantity is the product of a Euclidean vector and a unit of measurement. |
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VelAreaIsPosChange |
For an object in one-dimensional motion, on a velocity-time graph, the area under the curve between two times (clock readings), is the change of position during that time interval. |
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VelAreaIsPosChange (Copy) |
For an object in one-dimensional motion, on a velocity-time graph, the area under the curve between two times (clock readings), is the change of position during that time interval. |
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VelAvgDef-Integral |
An object's average velocity is the integral time average of... |
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VelAvgDef-Integral (Copy) |
An object's average velocity is the integral time average of... |
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VelChangeForceDurationMass |
Given a constant net force $F_{\text{net}}$ acting on an object of mass $m$ for a duration $t_{2}-t_{1}$, the object's change of velocity is $v_{2}-v_{1}=\frac{F_{\text{net}} \times \left(t_{2}-t_{1}\right)}{m}$. |
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VelChangeForceDurationMass (Copy) |
Given a constant net force $F_{\text{net}}$ acting on an object of mass $m$ for a duration $t_{2}-t_{1}$, the object's change of velocity is $v_{2}-v_{1}=\frac{F_{\text{net}} \times \left(t_{2}-t_{1}\right)}{m}$. |
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VelMagUnit |
The SI unit for the magnitude of velocity is meters per second ($\mathrm{m/s}$). |
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VelMagUnit (Copy) |
The SI unit for the magnitude of velocity is meters per second ($\mathrm{m/s}$). |
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VelMagUnit (Copy) |
The SI unit for the magnitude of velocity is meters per second ($\mathrm{m/s}$). |
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VelMagUnit (Copy) (Copy) |
The SI unit for the magnitude of velocity is meters per second ($\mathrm{m/s}$). |
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Velocity |
An object's (instantaneous) velocity is the instantaneous rate of change of its position. The SI unit for the magnitude of velocity is meters per second ($\mathrm{m/s}$). |
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Velocity (Copy) |
An object's (instantaneous) velocity is the instantaneous rate of change of its position. The SI unit for the magnitude of velocity is meters per second ($\mathrm{m/s}$). |
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VelocityMap |
TBD |
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VelocityMap (Copy) |
TBD |
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VelSlopeIsAccel |
For motion in one dimension, the slope of the tangent to the graph of velocity v. time at a particular time (clock reading) is the instantaneous acceleration at that time. |
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VelSlopeIsAccel (Copy) |
For motion in one dimension, the slope of the tangent to the graph of velocity v. time at a particular time (clock reading) is the instantaneous acceleration at that time. |
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VelSlopeIsAccel (Copy) (Copy) |
For motion in one dimension, the slope of the tangent to the graph of velocity v. time at a particular time (clock reading) is the instantaneous acceleration at that time. |
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VelvTimeDiagToAccel |
On a velocity–time graph, a straight line with positive slope represents motion at a constant positive acceleration. This corresponds to a horizontal, positive‑valued segment on an acceleration–time graph.
On a velocity-time graph, a straight line with negative slope represents motion at a constant negative acceleration. This corresponds to a horizontal, negative‑valued segment on an acceleration–time graph. |
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VelvTimeFlatToAccel |
On a velocity–time graph, a straight line with zero slope (a horizontal line) represents no change in velocity, i.e. zero acceleration. This corresponds to a horizontal segment at zero on an acceleration–time graph. |
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VelvTimeFlatToAccel (Copy) |
On a velocity–time graph, a straight line with zero slope (a horizontal line) represents no change in velocity, i.e. zero acceleration. This corresponds to a horizontal segment at zero on an acceleration–time graph. |
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VelvTimeFlatToPos |
On a velocity v. time graph, a flat segment indicates a constant rate of change of position. A positive(negative)(zero)-valued segment indicates increasing(decreasing)(constant) position. |
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VelvTimeFlatToPos (Copy) |
On a velocity v. time graph, a flat segment indicates a constant rate of change of position. A positive(negative)(zero)-valued segment indicates increasing(decreasing)(constant) position. |
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VirtualImage |
A virtual image is the apparent source of light rays. |
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VirtualImage (Copy) |
A virtual image is the apparent source of light rays. |
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WaveMechanics |
Wave mechanics is the branch of mechanics that studies the behavior of waves, including their propagation, reflection, refraction, diffraction, and interference. |
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WaveMechanics (Copy) |
Wave mechanics is the branch of mechanics that studies the behavior of waves, including their propagation, reflection, refraction, diffraction, and interference. |
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Weight |
The weight of an object is the magnitude of the gravitational force on the object. |
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Weight (Copy) |
The weight of an object is the magnitude of the gravitational force on the object. |
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Weight (Copy) |
The weight of an object is the magnitude of the gravitational force on the object. |
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Weight (Copy) |
The weight of an object is the magnitude of the gravitational force on the object. |
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Weight (Copy) (Copy) |
The weight of an object is the magnitude of the gravitational force on the object. |
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Weight (Copy) (Copy) |
The weight of an object is the magnitude of the gravitational force on the object. |
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WhiteLightColors |
White light consists of different colors of light. |
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WhiteLightColors (Copy) |
White light consists of different colors of light. |
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ZeroAccelSameVel |
An object having a zero acceleration during a time interval will have the same velocity at the beginning and end of the time interval. |
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ZeroAccelSameVel (Copy) |
An object having a zero acceleration during a time interval will have the same velocity at the beginning and end of the time interval. |
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ZeroAccelSameVel (Copy) |
An object having a zero acceleration during a time interval will have the same velocity at the beginning and end of the time interval. |
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ZeroVelSamePos |
An object having a zero velocity during a time interval will have the same position at the beginning and end of the interval. |
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ZeroVelSamePos (Copy) |
An object having a zero velocity during a time interval will have the same position at the beginning and end of the interval. |
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