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Is root is 144 a rational or irrational number?
The square root of 144 is 12 which is a rational number
Is the square root of 5.777 rational or irrational?
Irrational. Irrational. Irrational. Irrational.
Is 4.46466... rational or irrational?
No
What number is divisible by 144?
It is easier to work backward. All multiples of 144 are automatically divisible by 144. Multiples of 144 are 1*144, 2*144, 3*144, 4*144, ... and -1*144, -2*144, -3*144, -4*144, and so on. =========================
Is the square root of 91 rational or irrational?
irrational
Is 144 square root irrational?
Not irrational, 12 squared equals 144.
Why is 12 squared irrational?
12 squared is not irrational. It's 144 .
Is 14.4 rational or irrational?
144 is rational. It is a whole number, it is an integer, etc.......
Is number - 144 irrational or rational?
It is rational.
Is root is 144 a rational or irrational number?
The square root of 144 is 12 which is a rational number
Is 144 an irrational number?
No, it is an integer; all integers are rational.
Is the square root of 151 is rational or irrational?
sqrt(151) = 12.28820573.... It would suggest that it is IRRATIONAL.
Is the square root 144 a rational of an irrational number?
sqrt(144) = 12. 12 is the ratio of 12 to 1, so it's nice and rational.
Is the square root of 144 irrational?
Square root of 1.44 = 1.441/2 = (1.2x1.2)1/2 = 1.2 which is a rational number.
Is the square root of -144 rational or irrational?
It is irrational, because it is not a perfect square. For example, if you have a number that is perfect like the square root of 100, it would be 10, which is a rational number. An irrational number like 16.4 which would be a not so accurate result like 6.447583839, those are irrational numbers. Hope this helps!
Is the square root of 102 an irrational number?
Yes, 102 isn't a square number (1, 4, 9, 16, 25, 36, 49, 64, 81, 100, 121, 144) so the square root of 102 will keept going forever and is irrational.
How do you figure the square root of 144?
You are looking for a number which, when squared, gives you 144. Therefore, an obvious method is to try squaring different numbers, until you get one whose square is the desired number (in this case 144), or (in other cases), close enough to the desired number (since any whole number which is not a "perfect square" has an irrational square root).
