I don’t understand the question
I don’t understand the question
7/6To convert - 1.1666666667 to a fraction:1. Let x = 1.16666666672. The repeating digit is 6.3. Place the repeating digit to the left of the decimal point.In this case, move the decimal point 1 place to the right by multiplying it by 10.Thus,(x = 1.666666667) * 100100x = 116.6666667 - equation (1)4. Place the repeating digit to the right of the decimal point.In this case, move the decimal point 2 places to the right.Thus,(x = 1.1666666667) * 1010x = 11.666666667 - equation (2)5. Subtract Eq.(2) from Eq.(1)100 x - 10x = 116.6666667 - 11.66666666790x = 105divide both sides by 90x = 105/90 or 7/6
To write 1.2 in its simplest form as a fraction, we first note that 1.2 is equivalent to 1 and 2 tenths, or 1 + 2/10. To simplify this fraction, we need to find a common factor between the numerator (2) and the denominator (10). Both 2 and 10 can be divided by 2, resulting in 1 + 1/5. Therefore, 1.2 in its simplest form as a fraction is 1 1/5.
0.015 We notice that threre are three digits in the decimal. So we write 0.015 / 1.000 Notice we place it over '1.000' ; three digit zeroes. Cancel down the decimal point 0.015/1.000 = 0015/1000 The prefix zeroes to '15' are trivial an can be discarded. Hence 0015/1000 = 15/1000 Since both both numbers end in '5' or '0' they will reduce by '5' Hence 15/1000 = 3/200 Since '3' is a prime number this will not reduce any further. Hence the answer is 0.015 = 3/200
No. An integer is a whole number such as 2, 10, or 12. A decimal is, as its name suggests, not a "whole" number. It's a number and a supplementary fraction or value.
I don’t understand the question
Notice the pattern. 0.7 repeating = 7/9 0.57 repeating - 57/99 0.357 repeating = 357/999
0.33333 . If this is a terminal decimal then as a fraction it is 33333/100000 However, if it is a repeating decimal to infinity, then it should be written as 0.33333... ( Notice the dots after the last number; this indicates it is a repeating to infinity decimal.) To converto a fraction. Let P = 0.33333.... Then 10P = 3.33333... Subtract 9P = 3. 0 = 3 ( Notice the repeating decimal digits subtract to zero). Hence 9P = 3 P = 3/9 Cancel down by '3' P = 1/3 ( The answer). 0 0
22/7 is the older fraction approximation. 355/113 is a newer fraction. Notice it uses easy to remember numbers 113355. Neither one is exact because Pi is an irrational number. That means it can not be expressed as a fraction or a repeating decimal.
They are 100
The numerator and denominator are equal to the same value.
The decimal 0.238095238 is a repeating decimal. To convert it into a fraction, notice that the repeating part is 238095. Here’s how to convert it: Let: x=0.238095238095238… Multiply both sides by 1,000,000 (since the repeating part is 6 digits long): 1,000,000x=238095.238095238095… Now subtract the original equation 𝑥 = 0.238095238095… from this: 1,000,000x−x=238095.238095238095…−0.238095238095… 999,999x=238095 x= 999999 238095 By simplifying this fraction, divide both the numerator and denominator by their greatest common divisor (GCD), which is 21: x= 999999÷21 238095÷21 = 47619 11338 So, the fraction form of 0.238095238... is: 47619/11338
The decimal value will be greater than 1, and the percent will be greater than 100%.
The larger fraction is the one with the smaller denominator, when the numerators are the same.
Percentage = 81% Decimal = 0.81 Fraction = 81/100 NB Notice how the numbers are displayed in each case.
7/6To convert - 1.1666666667 to a fraction:1. Let x = 1.16666666672. The repeating digit is 6.3. Place the repeating digit to the left of the decimal point.In this case, move the decimal point 1 place to the right by multiplying it by 10.Thus,(x = 1.666666667) * 100100x = 116.6666667 - equation (1)4. Place the repeating digit to the right of the decimal point.In this case, move the decimal point 2 places to the right.Thus,(x = 1.1666666667) * 1010x = 11.666666667 - equation (2)5. Subtract Eq.(2) from Eq.(1)100 x - 10x = 116.6666667 - 11.66666666790x = 105divide both sides by 90x = 105/90 or 7/6
The decimal equivalent terminates if and only if the denominator (of the simplest form) is 2a5bfor some non-negative integers a and b. In all other cases the decimal form is recurring.