Solve for the unknown rounded to two decimal places $\frac{8 x}{1.22^{-4}}+2,000=\frac{7,820}{2.05^{3}}+\frac{x}{1.011^{5}}$
A) 17.68
B) 24.67
C) -24.22
D) -65.11
E) -85.28

Question

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The Answer of Solve for the unknown rounded to two decimal places $\frac{8 x}{1.22^{-4}}+2,000=\frac{7,820}{2.05^{3}}+\frac{x}{1.011^{5}}$
A) 17.68
B) 24.67
C) -24.22
D) -65.11
E) -85.28

Solve for the Unknown Rounded to Two Decimal Places 8x1.22−4+2,000=7,8202.053+x1.0115\frac{8 x}{1.22^{-4}}+2,000=\frac{7,820}{2.05^{3}}+\frac{x}{1.011^{5}}1.22−48x​+2,000=2.0537,820​+1.0115x​

Solve for the Unknown Rounded to Two Decimal Places $\frac{8 x}{1.22^{-4}}+2,000=\frac{7,820}{2.05^{3}}+\frac{x}{1.011^{5}}$