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The Relationship Between the Velocity of a Falling Object (Ignoring

Question 23

Multiple Choice

The relationship between the velocity of a falling object (ignoring air resistance) , and the time of the fall , is a direct variation. When the velocity of the object is 210 feet per second, it has been falling for 6 seconds. Find the constant of proportionality. Include units of measurement.

A) The relationship between the velocity of a falling object (ignoring air resistance) , and the time of the fall , is a direct variation. When the velocity of the object is 210 feet per second, it has been falling for 6 seconds. Find the constant of proportionality. Include units of measurement. A) B) C) D) E) none of these
B) The relationship between the velocity of a falling object (ignoring air resistance) , and the time of the fall , is a direct variation. When the velocity of the object is 210 feet per second, it has been falling for 6 seconds. Find the constant of proportionality. Include units of measurement. A) B) C) D) E) none of these
C) The relationship between the velocity of a falling object (ignoring air resistance) , and the time of the fall , is a direct variation. When the velocity of the object is 210 feet per second, it has been falling for 6 seconds. Find the constant of proportionality. Include units of measurement. A) B) C) D) E) none of these
D) The relationship between the velocity of a falling object (ignoring air resistance) , and the time of the fall , is a direct variation. When the velocity of the object is 210 feet per second, it has been falling for 6 seconds. Find the constant of proportionality. Include units of measurement. A) B) C) D) E) none of these
E) none of these

The Relationship Between the Velocity of a Falling Object (Ignoring

Multiple Choice

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