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How can a geometric sequence be used to describe a bungee jump? - Answers
A geometric sequence can describe a bungee jump by modeling the height of a jumper over time as they bounce. Each bounce reaches a height that is a constant fraction of the previous height, representing the energy loss due to air resistance and the elasticity of the bungee cord. For example, if the jumper initially falls from a height of 100 meters and each subsequent bounce reaches 80% of the height of the last, the heights of the bounces can be represented by the terms of a geometric sequence. This allows for the prediction of the jumper's height after each bounce and the eventual stabilization at a lower height.
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How can a geometric sequence be used to describe a bungee jump? - Answers
A geometric sequence can describe a bungee jump by modeling the height of a jumper over time as they bounce. Each bounce reaches a height that is a constant fraction of the previous height, representing the energy loss due to air resistance and the elasticity of the bungee cord. For example, if the jumper initially falls from a height of 100 meters and each subsequent bounce reaches 80% of the height of the last, the heights of the bounces can be represented by the terms of a geometric sequence. This allows for the prediction of the jumper's height after each bounce and the eventual stabilization at a lower height.
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How can a geometric sequence be used to describe a bungee jump? - Answers
A geometric sequence can describe a bungee jump by modeling the height of a jumper over time as they bounce. Each bounce reaches a height that is a constant fraction of the previous height, representing the energy loss due to air resistance and the elasticity of the bungee cord. For example, if the jumper initially falls from a height of 100 meters and each subsequent bounce reaches 80% of the height of the last, the heights of the bounces can be represented by the terms of a geometric sequence. This allows for the prediction of the jumper's height after each bounce and the eventual stabilization at a lower height.
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