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Label Description LG Status Operations
DispMagUnit The SI unit for the magnitude of the displacement vector is the meter, m. 0 Deprecated Edit
DispMagUnit (Copy) The SI unit for the magnitude of the displacement vector is the meter, m. 0 Draft Edit
DispMagUnit (Copy) (Copy) The SI unit for the magnitude of the displacement vector is the meter, m. 0 Draft Edit
DispMagUnit (Copy) (Copy) (Copy) The SI unit for the magnitude of the displacement vector is the meter, m. 0 Draft Edit
DispMagUnit (Copy) (Copy) (Copy) The SI unit for the magnitude of the displacement vector is the meter, m. 0 Draft Edit
Distance The distance between two points in physical space is the length of a straight line between them. The SI unit for distance is the meter, $\mathrm{m}$. 0 Ready Edit
Distance (Copy) The distance between two points in physical space is the length of a straight line between them. The SI unit for distance is the meter, $\mathrm{m}$. 0 Draft Edit
Distance (Copy) The distance between two points in physical space is the length of a straight line between them. The SI unit for distance is the meter, $\mathrm{m}$. 0 Draft Edit
Distance (Copy) (Copy) The distance between two points in physical space is the length of a straight line between them. The SI unit for distance is the meter, $\mathrm{m}$. 0 Draft Edit
DistanceTraveled The distance traveled is the length of a specific path between two points. The SI unit for distance traveled is the meter, $\mathrm{m}$. 8 Ready Edit
DistanceTraveled (Copy) The distance traveled is the length of a specific path between two points. The SI unit for distance traveled is the meter, $\mathrm{m}$. 0 Draft Edit
DistanceTraveled (Copy) The distance traveled is the length of a specific path between two points. The SI unit for distance traveled is the meter, $\mathrm{m}$. 0 Draft Edit
DistanceTraveled (Copy) The distance traveled is the length of a specific path between two points. The SI unit for distance traveled is the meter, $\mathrm{m}$. 0 Draft Edit
DistanceTraveled (Copy) (Copy) The distance traveled is the length of a specific path between two points. The SI unit for distance traveled is the meter, $\mathrm{m}$. 0 Draft Edit
DistanceTraveled (Copy) (Copy) (Copy) The distance traveled is the length of a specific path between two points. The SI unit for distance traveled is the meter, $\mathrm{m}$. 0 Draft Edit
DistanceUnit The SI unit of distance is the meter (m). 3 Deprecated Edit
DistanceUnit (Copy) The SI unit of distance is the meter (m). 0 Draft Edit
DistanceUnit (Copy) (Copy) The SI unit of distance is the meter (m). 0 Draft Edit
DivergingLensFocalRay For a diverging lens, the focal ray originates at the object, travels toward the back focus, passes through the lens, and changes direction to travel parallel to the lens axis. 0 Ready Edit
DivergingLensFocalRay (Copy) For a diverging lens, the focal ray originates at the object, travels toward the back focus, passes through the lens, and changes direction to travel parallel to the lens axis. 0 Draft Edit
DivergingLensFocalRay (Copy) (Copy) For a diverging lens, the focal ray originates at the object, travels toward the back focus, passes through the lens, and changes direction to travel parallel to the lens axis. 0 Draft Edit
DivergingLensMirrorImage The image formed by a diverging lens or mirror is virtual, upright, and smaller than the object. 0 Ready Edit
DivergingLensMirrorImage (Copy) The image formed by a diverging lens or mirror is virtual, upright, and smaller than the object. 0 Draft Edit
DivergingLensMirrorImage (Copy) (Copy) The image formed by a diverging lens or mirror is virtual, upright, and smaller than the object. 0 Draft Edit
DivergingLensMirrorImage (Copy) (Copy) (Copy) The image formed by a diverging lens or mirror is virtual, upright, and smaller than the object. 0 Draft Edit
DivergingLensParallelRay For a diverging lens, the parallel ray originates at the object, travels parallel to the lens axis, passes through the lens, and changes direction to appear to originate from the front focus. 0 Ready Edit
DivergingLensParallelRay (Copy) For a diverging lens, the parallel ray originates at the object, travels parallel to the lens axis, passes through the lens, and changes direction to appear to originate from the front focus. 0 Draft Edit
DivergingLensParallelRay (Copy) (Copy) For a diverging lens, the parallel ray originates at the object, travels parallel to the lens axis, passes through the lens, and changes direction to appear to originate from the front focus. 0 Draft Edit
DivergingMirrorFocalRay For a diverging mirror, the focal ray originates at the object, travels toward the back focus, is reflected, and travels parallel to the mirror axis. 0 Ready Edit
DivergingMirrorFocalRay (Copy) For a diverging mirror, the focal ray originates at the object, travels toward the back focus, is reflected, and travels parallel to the mirror axis. 0 Draft Edit
DivergingMirrorFocalRay (Copy) (Copy) For a diverging mirror, the focal ray originates at the object, travels toward the back focus, is reflected, and travels parallel to the mirror axis. 0 Draft Edit
DivergingMirrorFocalRay (Copy) (Copy) For a diverging mirror, the focal ray originates at the object, travels toward the back focus, is reflected, and travels parallel to the mirror axis. 0 Draft Edit
DivergingMirrorParallelRay For a diverging mirror, the parallel ray originates at the object, travels parallel to the mirror axis, is reflected, and changes direction to appear to originate from the back focus. 0 Ready Edit
DivergingMirrorParallelRay (Copy) For a diverging mirror, the parallel ray originates at the object, travels parallel to the mirror axis, is reflected, and changes direction to appear to originate from the back focus. 0 Draft Edit
DivergingMirrorParallelRay (Copy) (Copy) For a diverging mirror, the parallel ray originates at the object, travels parallel to the mirror axis, is reflected, and changes direction to appear to originate from the back focus. 0 Draft Edit
Duration A duration is the magnitude of a time interval or time period. The SI unit of duration is the second, $\mathrm{s}$. 10 Ready Edit
Duration (Copy) A duration is the magnitude of a time interval or time period. The SI unit of duration is the second, $\mathrm{s}$. 0 Draft Edit
Duration (Copy) (Copy) A duration is the magnitude of a time interval or time period. The SI unit of duration is the second, $\mathrm{s}$. 0 Draft Edit
Dynamics Dynamics is the branch of mechanics that studies the motion of objects and the forces that cause that motion, focusing on how forces affect acceleration and movement. 0 Draft Edit
Dynamics (Copy) Dynamics is the branch of mechanics that studies the motion of objects and the forces that cause that motion, focusing on how forces affect acceleration and movement. 0 Draft Edit
Dynamics (Copy) (Copy) Dynamics is the branch of mechanics that studies the motion of objects and the forces that cause that motion, focusing on how forces affect acceleration and movement. 0 Draft Edit
Dynamics (Copy) (Copy) (Copy) Dynamics is the branch of mechanics that studies the motion of objects and the forces that cause that motion, focusing on how forces affect acceleration and movement. 0 Draft Edit
EarthMass Earth's mass is approximately $5.97 \times 10^{24}$ kg. 0 Ready Edit
EarthMass (Copy) Earth's mass is approximately $5.97 \times 10^{24}$ kg. 0 Draft Edit
EarthMass (Copy) (Copy) Earth's mass is approximately $5.97 \times 10^{24}$ kg. 0 Draft Edit
EarthMass (Copy) (Copy) (Copy) Earth's mass is approximately $5.97 \times 10^{24}$ kg. 0 Draft Edit
EarthRadius Earth's radius is approximately $6.4 \times 10^{6}$ m. 0 Ready Edit
EarthRadius (Copy) Earth's radius is approximately $6.4 \times 10^{6}$ m. 0 Draft Edit
EarthRadius (Copy) (Copy) Earth's radius is approximately $6.4 \times 10^{6}$ m. 0 Draft Edit
EarthRadius (Copy) (Copy) (Copy) Earth's radius is approximately $6.4 \times 10^{6}$ m. 0 Draft Edit
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