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This snowboarder flying through the air shows an example of motion in two dimensions. In the absence of air resistance, the path would be a perfect parabola. The gold arrow represents the downward acceleration of gravity, g. Explain the physics' concept that involve in this situation.

This snowboarder flying through the air shows an example of motion in two dimensions. In the absence of air resistance, the path would be a perfect parabola. The gold arrow represents the downward acceleration of gravity, g. Explain the physics' concept that involve in this situation.

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Your answer must include: - State what kind of concept that involve - Definition of terms / explanation more detail about the concept - Formula / mathematical that explain about the concept - Give another example or situation that involve this concept
Transcribed Image Text:Your answer must include: - State what kind of concept that involve - Definition of terms / explanation more detail about the concept - Formula / mathematical that explain about the concept - Give another example or situation that involve this concept
This snowboarder flying through the air shows an example of motion in two dimensions. In the absence of air resistance, the path would be a perfect parabola. The gold arrow represents the downward acceleration of gravity, g. Explain the physics' concept that involve in this situation.
Transcribed Image Text:This snowboarder flying through the air shows an example of motion in two dimensions. In the absence of air resistance, the path would be a perfect parabola. The gold arrow represents the downward acceleration of gravity, g. Explain the physics' concept that involve in this situation.
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