Asked by I_EAT_EVERYDAY
Which of the following is irrational?
options:
3.6363636363636363...
3√4
−7 and 8 over 37
52.781654292
options:
3.6363636363636363...
3√4
−7 and 8 over 37
52.781654292
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To determine which of the options is irrational, let’s analyze each one:
1. **3.6363636363636363...**: This number can be expressed as the fraction \( \frac{363636...}{100000...} \). This is a repeating decimal, which is equivalent to the fraction \( \frac{11}{3} \). Therefore, it is rational.
2. **3√4**: This represents \( \sqrt[3]{4} \). The cube root of 4 cannot be expressed as a fraction of two integers, and therefore it is an irrational number.
3. **−7 and 8 over 37**: This seems to be a misinterpretation; likely it refers to \( -7 + \frac{8}{37} \). Both \(-7\) and \(\frac{8}{37}\) are rational numbers, and the sum of two rational numbers is also rational. Thus, this option is rational.
4. **52.781654292**: This is a finite decimal and can be expressed as a fraction, so it is rational.
Based on the analysis:
The irrational number among the options is \( 3\sqrt{4} \).
1. **3.6363636363636363...**: This number can be expressed as the fraction \( \frac{363636...}{100000...} \). This is a repeating decimal, which is equivalent to the fraction \( \frac{11}{3} \). Therefore, it is rational.
2. **3√4**: This represents \( \sqrt[3]{4} \). The cube root of 4 cannot be expressed as a fraction of two integers, and therefore it is an irrational number.
3. **−7 and 8 over 37**: This seems to be a misinterpretation; likely it refers to \( -7 + \frac{8}{37} \). Both \(-7\) and \(\frac{8}{37}\) are rational numbers, and the sum of two rational numbers is also rational. Thus, this option is rational.
4. **52.781654292**: This is a finite decimal and can be expressed as a fraction, so it is rational.
Based on the analysis:
The irrational number among the options is \( 3\sqrt{4} \).
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