The product of an irrational number and a rational number, both nonzero, is always irrational
No irrational number can turn into a rational number by itself: you have to do something to it. If you multiply any irrational number by 0, the answer is 0, which is rational. So, given the correct procedure, every irrational number can be turned into a rational number.
Sqrt(2) is irrational. Multiply by sqrt(4.5). Result is 3 which is rational.
No.
is 34.54 and irrational or rational. number
What is 'pie' ; the meat pie that you eat??? I think you mean 'pi' , the mathematical symbol. Please spell it correctly.!!!!! pi = 3.141592654.... is an irrational number. Casually, an IRRATIONAL number is one which the decimals go to infinity and the decimal digits are not in any regular order. Any number rattional or irrational multiplied to aN IRRATIONAL number produces an irrational result. Hen ce -9 is rational -9(3.141592654...) = -28.27433388... is irrational.
It will be irrational.
If you multiply a rational and an irrational number, the result will be irrational.
Yes.
-Pi is irrational, because it does not terminate or repeat. Whenever you multiply an irrational number by a rational number (-1), the result is an irrational number.
Yes. Any time you multiply a rational number by an irrational number, you get an irrational number - unless the rational number is zero.
Yes, but only if the rational number is 0.
No irrational number can turn into a rational number by itself: you have to do something to it. If you multiply any irrational number by 0, the answer is 0, which is rational. So, given the correct procedure, every irrational number can be turned into a rational number.
Sqrt(2) is irrational. Multiply by sqrt(4.5). Result is 3 which is rational.
No.
no
If you multiply an irrational number by ANY non-zero rational number, the result will be irrational.
Some irrational numbers can be multiplied by another irrational number to yield a rational number - for example the square root of 2 is irrational but if you multiply it by itself, you get 2 - which is rational. Irrational roots of numbers can yield rational numbers if they are raised to the appropriate power