Problem 37
Question
Divide. \(\frac{0}{-4}\)
Step-by-Step Solution
Verified Answer
\( \frac{0}{-4} = 0 \).
1Step 1: Understanding Division by Zero
Before proceeding with division, let's recall that dividing zero by any non-zero number is valid and results in zero. In this problem, the numerator is zero, and the denominator is -4, which is non-zero.
2Step 2: Perform the Division
To divide 0 by -4, simply follow the rules of division: since the numerator is 0, the quotient will be 0, regardless of the sign of the denominator. Hence, \( \frac{0}{-4} = 0 \).
Key Concepts
Division RulesNumerator and DenominatorResult of DivisionValid Division Operations
Division Rules
Understanding division rules is crucial in mathematics. The basic rule of division involves three components: a numerator, a denominator, and the division operation itself. When dividing, the objective is to determine how many times the denominator fits into the numerator. However, a special rule applies when the numerator is zero.
In our problem, dividing zero by a non-zero number (-4) is valid and follows these simple rules.
- If the numerator is zero, the result is always zero.
- If the denominator is zero, the division is undefined, as no number can be divided by zero.
- Only divisions where the denominator is not zero are considered valid.
In our problem, dividing zero by a non-zero number (-4) is valid and follows these simple rules.
Numerator and Denominator
In any fractional division, understanding the roles of the numerator and the denominator is essential.
For the fraction \( \frac{0}{-4} \), the numerator is 0. This means there are zero parts to actually divide. The denominator is -4, which provides a foundation for the division. Here, it is crucial to note that the denominator is non-zero, making the division operation valid. Thus, having 0 parts over any whole, regardless of whether it is positive or negative, results in zero.
- The numerator is the top part of a fraction. It indicates the number of items you have.
- The denominator, at the bottom, tells how many parts make up a whole.
For the fraction \( \frac{0}{-4} \), the numerator is 0. This means there are zero parts to actually divide. The denominator is -4, which provides a foundation for the division. Here, it is crucial to note that the denominator is non-zero, making the division operation valid. Thus, having 0 parts over any whole, regardless of whether it is positive or negative, results in zero.
Result of Division
When performing division, understanding the result or quotient is important. The result of a division is what you get when you divide one number by another. In mathematical terms, it's referred to as the quotient.
In the case of \( \frac{0}{-4} \):
Dividing zero by any non-zero number leads to a result of zero, as there are no quantities to share out evenly across the denominator. Hence, \( \frac{0}{-4} = 0 \).
In the case of \( \frac{0}{-4} \):
- The numerator 0 suggests no quantity to distribute.
- Thus, the quotient is straightforwardly 0.
Dividing zero by any non-zero number leads to a result of zero, as there are no quantities to share out evenly across the denominator. Hence, \( \frac{0}{-4} = 0 \).
Valid Division Operations
For a division operation to be considered valid, the primary requirement is that the denominator must not be zero. This condition makes the calculations meaningful and ensures the operation adheres to mathematical laws.
A valid division operation means:
In our scenario of \( \frac{0}{-4} \), the denominator is -4, a non-zero value. This confirms the operation is valid, following the rules, and the division produces a sensible and meaningful outcome, which in this case, is zero.
A valid division operation means:
- The denominator (bottom number) must not be zero, ensuring the division is not undefined.
- The numerator can indeed be zero, resulting in a valid division with a quotient of zero.
In our scenario of \( \frac{0}{-4} \), the denominator is -4, a non-zero value. This confirms the operation is valid, following the rules, and the division produces a sensible and meaningful outcome, which in this case, is zero.
Other exercises in this chapter
Problem 37
Add. See Examples 1 through 12,18, and 19. $$ -\frac{7}{10}+\left(-\frac{3}{5}\right) $$
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Remove parentheses and simplify each expression. $$ 3(2 x-5)-5(x-4) $$
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Use integers to represent the values in each statement.Gretchen Bertani deposited \$475 in her savings account. She later withdrew \$195.
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Use the distributive property to write each expression without parentheses. Then simplify the result, if possible. See Examples 7 through 12. $$ 7(4 x-3) $$
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