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- Multiplicative property of equality with whole numbers: Fractional answers
- Multiplicative property of equality with fractions
- Using two steps to solve an equation with whole numbers
- Solving an equation with parentheses
- Solving a fraction word problem using a linear equation of the form Ax = B
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Multiplicative property of equality with decimals Online Quiz
Following quiz provides Multiple Choice Questions (MCQs) related to Multiplicative property of equality with decimals. You will have to read all the given answers and click over the correct answer. If you are not sure about the answer then you can check the answer using Show Answer button. You can use Next Quiz button to check new set of questions in the quiz.
14.8 = 5.2x
Answer : C
Explanation
Step 1:
Using multiplicative property of equality, we divide both sides by 5.2
$\frac{5.2x}{5.2} = \frac{14.8}{5.2}$
Step 2:
So, x = 2.84 ≈ 2.8 is the solution to nearest tenth
$\frac{g}{2.4} = -12$
Answer : B
Explanation
Step 1:
Using multiplicative property of equality, we multiply both sides by 2.4
$\frac{g}{2.4} \times 2.4 = -12 \times 2.4$
Step 2:
So, g = -28.8 is the solution to nearest tenth
$\frac{a}{1.2} = -7.5$
Answer : A
Explanation
Step 1:
Using multiplicative property of equality, we multiply both sides by 1.2
$\frac{a}{1.2} \times 1.2 = -7.5 \times 1.2$
Step 2:
So, a = -9.0 is the solution to nearest tenth
- 18s = -19.2
Answer : D
Explanation
Step 1:
Using multiplicative property of equality, we divide both sides by 18
$\frac{-18s}{18} = \frac{-19.2}{18}$
Step 2:
So, s = 1.07 ≈ 1.1 is the solution to nearest tenth
9p = 5.6
Answer : A
Explanation
Step 1:
Using multiplicative property of equality, we divide both sides by 9
$\frac{9p}{9} = \frac{5.6}{9}$
Step 2:
So, p = 0.62 ≈ 0.6 is the solution to nearest tenth
$-0.6 = \frac{n}{14}$
Answer : B
Explanation
Step 1:
Using multiplicative property of equality, we multiply both sides by 14
$-0.6 \times 14 = \frac{n}{14} \times 14$
Step 2:
So, n = -8.4 is the solution to nearest tenth
4.8x = 12.7
Answer : D
Explanation
Step 1:
Using multiplicative property of equality, we divide both sides by 4.8
$\frac{4.8x}{4.8} = \frac{12.7}{4.8}$
Step 2:
So, x = 2.65 ≈ 2.7 is the solution to nearest tenth
$\frac{j}{1.8} = -15$
Answer : C
Explanation
Step 1:
Using multiplicative property of equality, we multiply both sides by 1.8
$\frac{j}{1.8} \times 1.8 = -15 \times 1.8$
Step 2:
So, j = -27.0 is the solution to nearest tenth
3.3 = 2.2y
Answer : A
Explanation
Step 1:
Using multiplicative property of equality, we divide both sides by 2.2
$\frac{3.3}{2.2} = \frac{2.2y}{2.2}$
Step 2:
So, y = 1.5 is the solution to nearest tenth
$-0.9 = \frac{m}{11}$
Answer : D
Explanation
Step 1:
Using multiplicative property of equality, we multiply both sides by 2.4
$-0.9 \times 11 = \frac{m}{11} \times 11$
Step 2:
So, m = -9.9 is the solution to nearest tenth
