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How friction can be both a positive and negative aspect? - Answers

Friction can be positive as it enables essential everyday functions, such as walking and driving, by providing the necessary grip between surfaces. It also plays a crucial role in mechanical systems, allowing machines to operate effectively. However, friction can be negative when it leads to wear and tear on materials, causing inefficiency and energy loss as heat in mechanical systems. Balancing friction's beneficial and detrimental effects is key to optimizing performance in various applications.



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How friction can be both a positive and negative aspect? - Answers

https://math.answers.com/math-and-arithmetic/How_friction_can_be_both_a_positive_and_negative_aspect

Friction can be positive as it enables essential everyday functions, such as walking and driving, by providing the necessary grip between surfaces. It also plays a crucial role in mechanical systems, allowing machines to operate effectively. However, friction can be negative when it leads to wear and tear on materials, causing inefficiency and energy loss as heat in mechanical systems. Balancing friction's beneficial and detrimental effects is key to optimizing performance in various applications.



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https://math.answers.com/math-and-arithmetic/How_friction_can_be_both_a_positive_and_negative_aspect

How friction can be both a positive and negative aspect? - Answers

Friction can be positive as it enables essential everyday functions, such as walking and driving, by providing the necessary grip between surfaces. It also plays a crucial role in mechanical systems, allowing machines to operate effectively. However, friction can be negative when it leads to wear and tear on materials, causing inefficiency and energy loss as heat in mechanical systems. Balancing friction's beneficial and detrimental effects is key to optimizing performance in various applications.

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      Friction can be positive as it enables essential everyday functions, such as walking and driving, by providing the necessary grip between surfaces. It also plays a crucial role in mechanical systems, allowing machines to operate effectively. However, friction can be negative when it leads to wear and tear on materials, causing inefficiency and energy loss as heat in mechanical systems. Balancing friction's beneficial and detrimental effects is key to optimizing performance in various applications.

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