\#6 The stress distribution on a structure is given by the formula below, where " $$ s $$ " is stress in pounds per square inch and " $$ x $$ " is the distance in feet from a reference point. At what distance is the stress equal to 0 ?

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To find the distance at which the stress is equal to 0, we need to set the stress formula equal to 0 and solve for the distance $$ x $$.

Given stress formula:
$$ s = \frac{1}{x} $$

Setting stress equal to 0:
$$ 0 = \frac{1}{x} $$

To solve for $$ x $$, we can rearrange the equation:
$$ x = \frac{1}{0} $$

However, dividing by 0 is undefined, so there is no distance at which the stress is equal to 0.
There is no distance at which the stress is equal to 0.

#6
The stress distribution on a structure is given by
the formula below, where " " is stress in pounds
per square inch and " " is the distance in feet
from a reference point. At what distance is the
stress equal to 0 ?

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#6 The stress distribution on a structure is given by the formula below, where " " is stress in pounds per square inch and " " is the distance in feet from a reference point. At what distance is the stress equal to 0 ?