WebThe decimal expansion of the rational number will terminate 14587/1250 after. Answer: Number is \frac{14587}{1250}=\frac{14587}{5^4\times2}=\frac{14587}{5^4\times2^4}\times2^3=\frac{14587}{5^4\times2^4}\times8=\frac{116696}{10000}=11.6696. Related Questions. is divisible by 8, if n is WebClick here👆to get an answer to your question ️ (1) The decimal expansion of \( \frac { 14587 } { 1250 } \) will terminate after how Explain why \( 3 \times 5 \times 7 + 7 \) is a …

The decimal expansion of the rational number [tex] …

WebDec 31, 2024 · naveen1984aksh Answer: The decimal expansion of the rational number will terminate after 4 decimal places. Step-by-step explanation: Given: 14587/1250 =\frac {14587} {2 \times 5^ {4}}= 2×5 4 14587 Add 2^ {3}2 3 to both numerator and denominator WebFeb 18, 2024 · Therefore, the decimal expansion of $\dfrac{{14587}}{{1250}}$ is 11.6696. Note : The decimal expansion of a number is a representation in base 10. The decimal … cummins oregon

The decimal expansion of the rational number …

WebOct 26, 2024 · The decimal expansion of the rational number \ ( \frac {14587} {1250} \) will terminate after: (A) ... No views Oct 26, 2024 The decimal expansion of the rational number \ ( \frac... WebApr 23, 2024 · Best answer. Let x = p/q be a rational number, such that the prime factorization of q is of the form 2n 5m, where n, m are non - negative integers. Then x … WebTo get the denominator as multiple of 10 's, multiply numerator and denominator by 54. = 15×54 26×52×54. = 15×54 26.56. = 15×54 106 [Since, am×bm = (ab)m] = 9375 106. = 0009375 1000000. Since, we have 6 zero's in the denominator, so we need to put the decimal point after 6 digits from the unit place. Therefore, the decimal expansion of ... cummins otpc ats linear motor replacement