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Label Description Status Operations
EvalAccelAvgfromSpeedTable (Copy) (Copy) The student evaluates the average acceleration between two times (clock readings) from the speeds at those times displayed on a speed table. Draft Edit
EvalAccelAvgfromSpeedTable (Copy) (Copy) The student evaluates the average acceleration between two times (clock readings) from the speeds at those times displayed on a speed table. Draft Edit
EvalAccelAvgfromSpeedTable (Copy) (Copy) (Copy) The student evaluates the average acceleration between two times (clock readings) from the speeds at those times displayed on a speed table. Draft Edit
EvalAccelAvgfromSpeedTable (Copy) (Copy) (Copy) The student evaluates the average acceleration between two times (clock readings) from the speeds at those times displayed on a speed table. Draft Edit
EvalAccelAvgfromSpeedTable (Copy) (Copy) (Copy) The student evaluates the average acceleration between two times (clock readings) from the speeds at those times displayed on a speed table. Draft Edit
EvalAccelAvgfromSpeedTable (Copy) (Copy) (Copy) (Copy) The student evaluates the average acceleration between two times (clock readings) from the speeds at those times displayed on a speed table. Draft Edit
FindAccelFromVelGraphID Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Ready Edit
FindAccelFromVelGraphID (Copy) Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Draft Edit
FindAccelFromVelGraphID (Copy) Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Draft Edit
FindAccelFromVelGraphID (Copy) (Copy) Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Draft Edit
FindAccelFromVelGraphID (Copy) (Copy) Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Draft Edit
FindAccelFromVelGraphID (Copy) (Copy) (Copy) Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Draft Edit
FindAccelFromVelGraphID (Copy) (Copy) (Copy) Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Draft Edit
FindAccelFromVelGraphID (Copy) (Copy) (Copy) (Copy) Given a velocity v. time graph for an object in one-dimensional motion, the student finds the acceleration at a particular time. Draft Edit
FindAvgAccel Given velocities of arbitrary magnitudes and directions at the beginning and end of a time interval, the student finds the average acceleration during the time interval. Ready Edit
FindAvgAccel (Copy) Given velocities of arbitrary magnitudes and directions at the beginning and end of a time interval, the student finds the average acceleration during the time interval. Draft Edit
FindAvgAccel (Copy) (Copy) Given velocities of arbitrary magnitudes and directions at the beginning and end of a time interval, the student finds the average acceleration during the time interval. Draft Edit
FindAvgAccel (Copy) (Copy) (Copy) Given velocities of arbitrary magnitudes and directions at the beginning and end of a time interval, the student finds the average acceleration during the time interval. Draft Edit
FindAvgVel Given an object's positions at the beginning and end of a time interval, the student finds the magnitude and direction of the object's average velocity during the time interval. Ready Edit
FindAvgVel (Copy) Given an object's positions at the beginning and end of a time interval, the student finds the magnitude and direction of the object's average velocity during the time interval. Draft Edit
FindAvgVel (Copy) Given an object's positions at the beginning and end of a time interval, the student finds the magnitude and direction of the object's average velocity during the time interval. Draft Edit
FindAvgVel (Copy) (Copy) Given an object's positions at the beginning and end of a time interval, the student finds the magnitude and direction of the object's average velocity during the time interval. Draft Edit
FindConvergingImage Using principal rays, the student finds the image made by a converging lens or mirror. Ready Edit
FindConvergingImage (Copy) Using principal rays, the student finds the image made by a converging lens or mirror. Draft Edit
FindConvergingImage (Copy) (Copy) Using principal rays, the student finds the image made by a converging lens or mirror. Draft Edit
FindDispOrderedPair Given an object's positions at the beginning and end of a time interval, the student finds the object's displacement during the item interval as an ordered pair $\left(x,y\right)$. Ready Edit
FindDispOrderedPair (Copy) Given an object's positions at the beginning and end of a time interval, the student finds the object's displacement during the item interval as an ordered pair $\left(x,y\right)$. Draft Edit
FindDispOrderedPair (Copy) (Copy) Given an object's positions at the beginning and end of a time interval, the student finds the object's displacement during the item interval as an ordered pair $\left(x,y\right)$. Draft Edit
FindDist The student finds the distance between two positions given the position vectors. Draft Edit
FindDist (Copy) The student finds the distance between two positions given the position vectors. Draft Edit
FindDist (Copy) The student finds the distance between two positions given the position vectors. Draft Edit
FindDivergingImage Using principal rays, the student finds the image made by a diverging lens or mirror. Ready Edit
FindDivergingImage (Copy) Using principal rays, the student finds the image made by a diverging lens or mirror. Draft Edit
FindDivergingImage (Copy) (Copy) Using principal rays, the student finds the image made by a diverging lens or mirror. Draft Edit
FindSpeedfromVel Given an object's (instantaneous) velocity, the student finds the object's (instantaneous) speed. Ready Edit
FindSpeedfromVel (Copy) Given an object's (instantaneous) velocity, the student finds the object's (instantaneous) speed. Draft Edit
FindSpeedfromVel (Copy) Given an object's (instantaneous) velocity, the student finds the object's (instantaneous) speed. Draft Edit
FindVelFromPosGraph1D Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Ready Edit
FindVelFromPosGraph1D (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
FindVelFromPosGraph1D (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
FindVelFromPosGraph1D (Copy) (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
FindVelFromPosGraph1D (Copy) (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
FindVelFromPosGraph1D (Copy) (Copy) (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
FindVelFromPosGraph1D (Copy) (Copy) (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
FindVelFromPosGraph1D (Copy) (Copy) (Copy) (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
FindVelFromPosGraph1D (Copy) (Copy) (Copy) (Copy) Given a position v. time graph for an object in one-dimensional motion, the student finds the velocity at a particular time. Draft Edit
HS-PS2-1 Analyze data to support the claim that Newton's second law of motion describes the mathematical relationship among the net force on a macroscopic object, its mass, and its acceleration. Draft Edit
HS-PS2-1 (Copy) Analyze data to support the claim that Newton's second law of motion describes the mathematical relationship among the net force on a macroscopic object, its mass, and its acceleration. Draft Edit
IdentifyGreaterVelChangeDuration Given equal net forces acting on equal-mass objects for different durations, the student identifies the object that experiences the greater change of velocity. Ready Edit
IdentifyGreaterVelChangeDuration (Copy) Given equal net forces acting on equal-mass objects for different durations, the student identifies the object that experiences the greater change of velocity. Draft Edit
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