Friday, January 8, 2010

Bd Young Strawberry Why "d" Contributes Far More To The Final Uncertainty Than "b" In This Formula? E=(16Ï€^2ML^3)/bd^3T^2?

Why "d" contributes far more to the final uncertainty than "b" in this formula? E=(16π^2ML^3)/bd^3T^2? - bd young strawberry

That is the formula of Young's modulus is the stiffness and is a measure of how material is sufficient if a force is applied.

1 comment:

Anonymous said...

If you have a problem, and lift them to power after a period of uncertainty in the measurement by a factor of the exhibitor.

In this example, you increase the third force, so that the uncertainty in their measurement multiplied by 3. Compare B to the first force.

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