Is t = 62 a solution to this equation? –62/t = –2 Choices: (A)yes (B)no

Identify Equation: We have the equation: -62 / t = -2 Identify the equation after substituting t = 62. Substitute 62 for t in -62 / t = -2. Equation: -62 / 62 = -2Substitute and Simplify: Simplify -62 / 62. -62 / 62 = -1Check Solution: We found: -62/62 = -1 Is t = 62 a solution to the equation -62 / t = -2? For t=62, the equation becomes -1 = -2, which is not true. So, t = 62 is not a solution to the equation -62 / t = -2.

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Is $t = 62$ a solution to this equation? $\newline$ $-\frac{62}{t} = -2$ $\newline$ Choices: $\newline$ (A)yes $\newline$ (B)no

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Algebra 1

Does x satisfy the equation?

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Q. Is

t = 62

a solution to this equation?

\newline

-\frac{62}{t} = -2

\newline

Choices:

\newline

(A)yes

\newline

(B)no

Identify Equation: We have the equation: $\newline$ $-\frac{62}{t} = -2$ $\newline$ Identify the equation after substituting $t = 62$ . $\newline$ Substitute $62$ for $t$ in $-\frac{62}{t} = -2$ . $\newline$ Equation: $-\frac{62}{62} = -2$
Substitute and Simplify: Simplify $-62 / 62$ . $-62 / 62 = -1$
Check Solution: We found: $-\frac{62}{62} = -1$ $\newline$ Is $t = 62$ a solution to the equation $-\frac{62}{t} = -2$ ? $\newline$ For $t=62$ , the equation becomes $-1 = -2$ , which is not true. $\newline$ So, $t = 62$ is not a solution to the equation $-\frac{62}{t} = -2$ .