It would be some number of wholes, and a second number of ten millionths.
2/7 = 0.29 in decimal
To convert a decimal into a fraction, place a 1 under the decimal number (to represent a fraction), move the decimal point to the right of the decimal number and add as many zeroes to the bottom number as the number of places the decimal was moved on the top number. Reduce the fraction to its lowest term. Conversion of given decimal number: .7 (place a 1 underneath to make a fraction) ,7/1 (move the decimal point to the right of the decimal number and add that many zeroes to the bottom number) 7/10 (this fraction cannot be reduced so it is the answer) Other example: conversion of .375 .375 .375/1 375/1000 (now reduce the fraction t its lowest term) 3/8
When you write the decimal number '7' in Base-2 (binary), you write '0111'.
Divide the numerator by the denominator. However, not all fractions terminate, for example 1/7 = 0.1428571428571... with the 6 digits 142857 recurring. With these, an approximation to the fraction can be obtained by rounding the decimal to a number of decimal places - the more places, the more accurate the result.
It is: 7/230 times 100 = 3.043% to 3 decimal places
7.00 rounded. (They forgot the two decimal places!)
In math, it is spelled "pi". It is an irrational number. The first few decimal places are 3.1415. a more accurate number is 7/22. * * * * * To 4 decimal places, the number is 3.1416 not as given above. And, the rational approximation is 22/7 not 7/22.
If 7% = 94 then 94 divided by 7 must equal 1%, which is 13.42857 (to five decimal places). Therefore if you multiply this by 100 you find the number you are looking for, which is 1342.857 (to three decimal places).
7/8 = 0.875Therefore,To one decimal place it rounds to 1To two decimal places it rounds to 0.9To three decimal places it rounds to 0.88.
Not necessarily. 1/7 = 0.142857142857... infinitely many decimal places. 1/3 = 0.333.... infinitely many decimal places. 1/5 = 0.2 No zeros in the denominator in any of the three but number of decimal places range from 1 to infinitely many.
7 is not the square of a perfect integer - the square root of 7, rounded to two decimal places, is 2.65.
In order to take a number to 2 decimal places, you first consider only the digits that are 2 decimal places in or greater. In this case that would be 2.73. The next step is to asses the thousandths digit. If it is 5, 6, 7, 8 or 9, we round up. Otherwise, we leave the number as it is. In this case, the digit is a 7, so we round up. Thus 2.73762 to 2 decimal places is 2.74
Since 1/7 is an infinite repeating decimal, the answer will depend on the number of digits to which the answer needs to be rounded. To 15 decimal places, for example, it is 0.142857142857143
The square root of 7 is an irrational number, so its decimal expansion never ends and never repeats. Rounded to 3 decimal places it is 2.646.
8.0 x 10-7To write this in standard form we need to have one digit (not a 0) in front of the decimal point. We can do this here by moving the decimal point 7 places to the right. As we are moving the decimal point 7 places to the right we are making the number 107 times as large. Therefore we need to multiply by 10-7 to get back to the original number.
If I understand your question correctly, you are asking for the standard notation of the scientific notation number 1.901*10^7. If this is the case, it is a simple case of decimal movement. In scientific notation, whatever power 10 is raised to is the number of places the decimal was moved to the left. In this case, it was moved 7 places to the left. So, to get the standard notation, we move the decimal 7 places to the right, filling in empty spaces with zeroes. 1.901*10^7 = 19,010,000.
2/7 = 0.29 in decimal