Which of the following expressions are equivalent to 6.53 - (-4.11) + 7.92? A) 6.53 + 4.11 + 7.92 B) -(-6.53)+4.11-(-7.92) C) -4.11-6.53+7.92 D) 4.11-6.53+7.92

Simplify Expression: Step 1: Simplify the original expression. Calculate 6.53 - (-4.11) + 7.92. = 6.53 + 4.11 + 7.92 = 18.56 Check Option A: Step 2: Check option A: 6.53 + 4.11 + 7.92. Add the numbers. = 6.53 + 4.11 + 7.92 = 18.56 Check Option B: Step 3: Check option B: -(-6.53) + 4.11 - (-7.92). Simplify the double negatives and add. = 6.53 + 4.11 + 7.92 = 18.56 Check Option C: Step 4: Check option C: -4.11 - 6.53 + 7.92. Add and subtract the numbers. = -4.11 - 6.53 + 7.92 = -2.72

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Which of the following expressions are equivalent to $6.53 - (-4.11) + 7.92$ ? $\newline$ A) $6.53 + 4.11 + 7.92$ $\newline$ B) $-(-6.53)+4.11-(-7.92)$ $\newline$ C) $-4.11-6.53+7.92$ $\newline$ D) $4.11-6.53+7.92$

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Math Problems

Algebra 1

Multiplication with rational exponents

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Q. Which of the following expressions are equivalent to

6.53 - (-4.11) + 7.92

\newline

6.53 + 4.11 + 7.92

\newline

-(-6.53)+4.11-(-7.92)

\newline

-4.11-6.53+7.92

\newline

4.11-6.53+7.92

Simplify Expression: Step $1$ : Simplify the original expression. $\newline$ Calculate $6.53 - (-4.11) + 7.92$ . $\newline$ = $6.53 + 4.11 + 7.92$ $\newline$ = $18.56$
Check Option A: Step $2$ : Check option A: $6.53 + 4.11 + 7.92$ . Add the numbers. $= 6.53 + 4.11 + 7.92 = 18.56$
Check Option B: Step $3$ : Check option B: $-(-6.53) + 4.11 - (-7.92)$ . Simplify the double negatives and add. $= 6.53 + 4.11 + 7.92 = 18.56$
Check Option C: Step $4$ : Check option C: $-4.11 - 6.53 + 7.92$ . Add and subtract the numbers. $= -4.11 - 6.53 + 7.92$ $= -2.72$