Solve for S
S=\frac{2}{\epsilon _{t}}
\epsilon _{t}\neq 0
Solve for ε_t
\epsilon _{t}=\frac{2}{S}
S\neq 0
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\epsilon _{t}S=2
The equation is in standard form.
\frac{\epsilon _{t}S}{\epsilon _{t}}=\frac{2}{\epsilon _{t}}
Divide both sides by \epsilon _{t}.
S=\frac{2}{\epsilon _{t}}
Dividing by \epsilon _{t} undoes the multiplication by \epsilon _{t}.
S\epsilon _{t}=2
The equation is in standard form.
\frac{S\epsilon _{t}}{S}=\frac{2}{S}
Divide both sides by S.
\epsilon _{t}=\frac{2}{S}
Dividing by S undoes the multiplication by S.
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