Chapter 8: Q32E (page 443)
Express the number as a ratio of integers.
\(\)\(0.\overline {46} = 0.46464646...\)
Short Answer
The ratio of the integer is given by \(\frac{{46}}{{99}}\).
Chapter 8: Q32E (page 443)
Express the number as a ratio of integers.
\(\)\(0.\overline {46} = 0.46464646...\)
The ratio of the integer is given by \(\frac{{46}}{{99}}\).
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Get started for free:\(\sum\limits_{n = 1}^\infty {\left( {{{(0.8)}^{n - 1}} - {{(0.3)}^n}} \right)} \) Find Whether It Is Convergent Or Divergent. If It Is Convergent Find Its Sum.
Prove Theorem 6. (Hint: Use either definition 2 or the squeeze Theorem).
Determine whether the series is convergent or divergent: \(\sum\limits_{n = 1}^\infty {\sin \frac{1}{n}} \).
Express the number as a ratio of integers \(0.\bar 8 = 0.888888....\)
The meaning of the decimal representation of a number\(0 \cdot {d_1}{d_2}{d_3}\)(where the digit\({d_1}\)is one of the numbers\(0,1,2,........9\)) is that
\(0 \cdot {d_1}{d_2}{d_3}{d_4}...... = \frac{{{d_1}}}{{10}} + \frac{{{d_2}}}{{{{10}^2}}} + \frac{{{d_3}}}{{{{10}^3}}} + \frac{{{d_4}}}{{{{10}^4}}} + ....\)show that this series always converges.
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