Take out the constants.
\[12+(4\times 43)aalutthxprssonEveeee\imath +88=7\]
Simplify \(4\times 43\) to \(172\).
\[12+172aalutthxprssonEveeee\imath +88=7\]
Use Product Rule: \({x}^{a}{x}^{b}={x}^{a+b}\).
\[12+172{a}^{2}lu{t}^{2}hxpr{s}^{2}onEv{e}^{4}\imath +88=7\]
Regroup terms.
\[12+172Ev{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on+88=7\]
Simplify \(12+172Ev{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on+88\) to \(100+172Ev{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on\).
\[100+172Ev{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=7\]
Subtract \(100\) from both sides.
\[172Ev{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=7-100\]
Simplify \(7-100\) to \(-93\).
\[172Ev{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=-93\]
Divide both sides by \(172\).
\[Ev{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=-\frac{93}{172}\]
Divide both sides by \(Ev\).
\[{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=-\frac{\frac{93}{172}}{Ev}\]
Simplify \(\frac{\frac{93}{172}}{Ev}\) to \(\frac{93}{172Ev}\).
\[{e}^{4}\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=-\frac{93}{172Ev}\]
Divide both sides by \({e}^{4}\).
\[\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=-\frac{\frac{93}{172Ev}}{{e}^{4}}\]
Simplify \(\frac{\frac{93}{172Ev}}{{e}^{4}}\) to \(\frac{93}{172Ev{e}^{4}}\).
\[\imath {a}^{2}lu{t}^{2}hxpr{s}^{2}on=-\frac{93}{172Ev{e}^{4}}\]
Divide both sides by \(\imath \).
\[{a}^{2}lu{t}^{2}hxpr{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}}}{\imath }\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}}}{\imath }\) to \(\frac{93}{172Ev{e}^{4}\imath }\).
\[{a}^{2}lu{t}^{2}hxpr{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath }\]
Divide both sides by \({a}^{2}\).
\[lu{t}^{2}hxpr{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}\imath }}{{a}^{2}}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath }}{{a}^{2}}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}}\).
\[lu{t}^{2}hxpr{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}}\]
Divide both sides by \(u\).
\[l{t}^{2}hxpr{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}}}{u}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}}}{u}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u}\).
\[l{t}^{2}hxpr{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u}\]
Divide both sides by \({t}^{2}\).
\[lhxpr{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u}}{{t}^{2}}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u}}{{t}^{2}}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}}\).
\[lhxpr{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}}\]
Divide both sides by \(h\).
\[lxpr{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}}}{h}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}}}{h}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}h}\).
\[lxpr{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}h}\]
Divide both sides by \(x\).
\[lpr{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}h}}{x}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}h}}{x}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hx}\).
\[lpr{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hx}\]
Divide both sides by \(p\).
\[lr{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hx}}{p}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hx}}{p}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxp}\).
\[lr{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxp}\]
Divide both sides by \(r\).
\[l{s}^{2}on=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxp}}{r}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxp}}{r}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr}\).
\[l{s}^{2}on=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr}\]
Divide both sides by \({s}^{2}\).
\[lon=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr}}{{s}^{2}}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr}}{{s}^{2}}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}}\).
\[lon=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}}\]
Divide both sides by \(o\).
\[ln=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}}}{o}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}}}{o}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}o}\).
\[ln=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}o}\]
Divide both sides by \(n\).
\[l=-\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}o}}{n}\]
Simplify \(\frac{\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}o}}{n}\) to \(\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}on}\).
\[l=-\frac{93}{172Ev{e}^{4}\imath {a}^{2}u{t}^{2}hxpr{s}^{2}on}\]
l=-93/(172*Ev*e^4*IM*a^2*u*t^2*h*x*p*r*s^2*o*n)
