Problem 10
Question
Write the following using words. \(\frac{3}{8}\)
Step-by-Step Solution
Verified Answer
Three eighths.
1Step 1: Identify the Fraction
Recognize that the given fraction is \(\frac{3}{8}\). It consists of a numerator (3) and a denominator (8).
2Step 2: Convert the Numerator to Words
Convert the numerator, which is 3, into words. This becomes "three."
3Step 3: Convert the Denominator to Words
Convert the denominator, which is 8, into words. This becomes "eight."
4Step 4: Combine the Words
Combine the words from Steps 2 and 3. The fraction \(\frac{3}{8}\) in words is "three eighths."
Key Concepts
Understanding the NumeratorDecoding the DenominatorConverting Fractions to Words
Understanding the Numerator
In the realm of fractions, the numerator is an essential component. It is the number located above the fraction line (also known as the division line or vinculum). The numerator tells us the parts we are considering out of the whole, as given by the denominator.
For instance, in the fraction \(\frac{3}{8}\), the numerator is \(3\). This means out of 8 equal parts, we are considering 3 of those parts.
The numerator is your starting point when working with fractions as it directly affects the magnitude or value of the fraction. Essentially, it determines how many parts of the whole are represented. Understanding the numerator is crucial for fraction comparison, addition, subtraction, and other operations.
For instance, in the fraction \(\frac{3}{8}\), the numerator is \(3\). This means out of 8 equal parts, we are considering 3 of those parts.
The numerator is your starting point when working with fractions as it directly affects the magnitude or value of the fraction. Essentially, it determines how many parts of the whole are represented. Understanding the numerator is crucial for fraction comparison, addition, subtraction, and other operations.
Decoding the Denominator
The denominator is another crucial element of a fraction. It is found below the fraction line. It signifies the total number of equal parts into which the whole is divided.
Using our example fraction \(\frac{3}{8}\), the denominator is \(8\). This means the whole is divided into 8 equal parts.
The denominator is fundamental as it provides context to the numerator. It thereby shapes the overall fraction. Without the denominator, we'd have no information on the size of the parts or the total quantity the fraction pertains to. When comparing fractions, a larger denominator indicates smaller individual parts, assuming the numerators are equal. Hence, grasping the concept of the denominator is critical.
Using our example fraction \(\frac{3}{8}\), the denominator is \(8\). This means the whole is divided into 8 equal parts.
The denominator is fundamental as it provides context to the numerator. It thereby shapes the overall fraction. Without the denominator, we'd have no information on the size of the parts or the total quantity the fraction pertains to. When comparing fractions, a larger denominator indicates smaller individual parts, assuming the numerators are equal. Hence, grasping the concept of the denominator is critical.
Converting Fractions to Words
When you convert fractions to words, you are describing the fraction in a verbal format, which can aid in understanding and communication. This process involves expressing both the numerator and denominator as words and then combining them.
Let's illustrate this with our fraction, \(\frac{3}{8}\).
Combine these to articulate the fraction as "three eighths."
Writing fractions in words can also simplify comprehension, especially for younger learners or in contexts that emphasize verbal communication over numerical.
Let's illustrate this with our fraction, \(\frac{3}{8}\).
- First, identify the numerator: convert \(3\) to words, resulting in "three."
- Second, identify the denominator: convert \(8\) to words, becoming "eight."
Combine these to articulate the fraction as "three eighths."
Writing fractions in words can also simplify comprehension, especially for younger learners or in contexts that emphasize verbal communication over numerical.
Other exercises in this chapter
Problem 10
Reduce each fraction to lowest terms. $$\frac{72}{42}$$
View solution Problem 10
Convert each mixed number to its corresponding improper fraction. $$ 12 \frac{2}{7} $$
View solution Problem 11
Reduce, if possible, each fraction to lowest terms. (Section 4.4\() \frac{104}{480}\)
View solution Problem 11
For problems 11-15, write each fraction using words. $$\frac{10}{17}$$
View solution