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This is all so...
Mostly because I happen to be the,😇, gentile in the obstacle course over, "The Book", having been read. Arlo's embarrassment over th
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Old photo re-edited. taken in United States by @thomasrondello2
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7 months ago
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Hay! It's all that lecture timothy Leary gave at me, myself and U of All? taken in United States by @thomasrondello2
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22 days ago
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All I can think is,"just how bad is this?" Also by @thomasrondello2
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4 months ago
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taken in EARTH by @thomasrondello2
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4 months ago
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taken in EARTH by @thomasrondello2
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4 months ago
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Two or three? taken in EARTH by @thomasrondello2
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4 months ago
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Reely...#really taken in EARTH by @thomasrondello2
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4 months ago
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It's O pinion, pine. taken in EARTH by @thomasrondello2
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4 months ago
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What's from your cottage? Cream? taken in EARTH by @thomasrondello2
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5 months ago
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For the coefficient of friction, you should use the Greek letter **mu**.
In physics and engineering, it is standard to express the relationship between the force of friction (F_f) and the normal force (F_n) using the following formula:
### Common Conventions
Depending on the specific scenario, you might add a subscript to specify the type of friction:
 * **\mu_s (Static Friction):** The coefficient for two surfaces that are not moving relative to each other.
 * **\mu_k (Kinetic Friction):** The coefficient for surfaces that are sliding against each other.
Because the coefficient is a ratio of two forces, it is **dimensionless**, meaning it does not have a unit of measurement (like Newtons or meters). It simply represents the "grippiness" or "slickness" of the interface between two materials. by @thomasrondello2
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5 months ago
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The index? taken in EARTH by @thomasrondello2
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5 months ago
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taken in EARTH by @thomasrondello2
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5 months ago
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