To compare decimal numbers, you can add trailing zeros to make the numbers have the same number of decimal places. In this case, 1.19 can be written as 1.190. When comparing 1.190 and 1.900, you can see that 1.900 is larger because the digit in the tenths place is greater in 1.900 than in 1.190. Therefore, 1.9 is the larger decimal number.
1.19
The larger decimal is 0.10
19 halves as a decimal is 9.5.
let x = 1st number, then 19 - x = 2nd number 120 = x(19 - x) x2 -19x +120 = 0 use quadratic formula to solve x = (19 +/- sq rt(361 - 480))/2 x = (19 + sq root (-119))/2 or x = (19 - sq root (-119))/2 '''x = 19/2 + ''i''(sq rt 119) /2 and''' '''x = 19/2 - ''i''(sq rt 119) /2''' there are no real solutions, both are imaginary. Actually they are complex conjugates.
The decimal 0.792 is two thousandths larger than 0.79.
It is: 119/20 = 5.95
6
0.6467
1.19
Rounded to two decimal places, the fifth root of 119 is 2.60.
0.8403
A decimal number is simply a way of representing a number in such a way that the place value of each digit is ten times that of the digit to its right. A decimal representation does not require a decimal point. So the required decimal representation is 119, exactly as in the question.
The larger decimal is 0.10
19% is .19 as a decimal. :)
253
6.2632
17