apparent velocity and actual velocity vectors
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APPARENT VELOCITY VECTOR:
The apparent velocity is equal to the true velocity only when the refactor is parallel to the surface. If the refactor is dipping, the apparent velocity measured in the up-dip direction will be higher than the true velocity, and that measured in the down-dip direction will be lower.
ACTUAL VELOCITY VECTOR:
Actual velocity is the velocity at which a molecule would be traveling in the air stream. Standard velocity is the velocity as if the measurement was taken with a thermal anemometer at standard temperature and barometric pressure.
The apparent velocity is equal to the true velocity only when the refactor is parallel to the surface. If the refactor is dipping, the apparent velocity measured in the up-dip direction will be higher than the true velocity, and that measured in the down-dip direction will be lower.
ACTUAL VELOCITY VECTOR:
Actual velocity is the velocity at which a molecule would be traveling in the air stream. Standard velocity is the velocity as if the measurement was taken with a thermal anemometer at standard temperature and barometric pressure.
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In physics, motion is the change in position of an object with respect to its surroundings in a given interval of time. Motion is mathematically described in terms of displacement, distance, velocity, acceleration, and speed. ... An object's motion cannot change unless it is acted upon by a force.
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