Omar wants to determine if the mass of a model rocket affects how long the rocket is able to stay up in the air. To do this, he constructs three identical rockets and then fills two of the rockets with varying amounts of sand to add mass. He then launches the rockets one at a time and times how long they are able to stay airborne. What is the test variable (independent variable) in Omar's experiment? A. the masses of the model rockets B. the force with which each rocket is launched C. the materials out of which the rockets were made D. the time the rockets remain airborne

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Chemistry

Hezekiah Warner

16 April, 17:59

Omar wants to determine if the mass of a model rocket affects how long the rocket is able to stay up in the air. To do this, he constructs three identical rockets and then fills two of the rockets with varying amounts of sand to add mass. He then launches the rockets one at a time and times how long they are able to stay airborne. What is the test variable (independent variable) in Omar's experiment? A. the masses of the model rockets B. the force with which each rocket is launched C. the materials out of which the rockets were made D. the time the rockets remain airborne

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Christensen · Answer 1

The independent variable in Omar's experiment is the masses of the model rockets. This number is controlled by Omar, because of the difference in sand put in each rocket. The mass of the rockets controls the time in which each rocket remains airborne.