the square root of 10
3.14 is the ratio of 314 to 100 so it's rational.
314 + 809 = 1123
The number 314 would be represented in Roman numerals as CCCXIV.
3.14 is rational. It is 314 divided by 100, so it meets the definition of rationality, i.e. the division of two integers, the denominator not being zero.pi, on the other hand, which starts with 3.14, but then continues infinitely, such as 3.1415926535897932384626433832795... (continuing forever...), is irrational and transcendental.pi is irrational because it cannot be expressed as the ratio of two integers, the demoninator not being zero, and pi is transcendental because it cannot be expressed as the root of any polynomial with rational terms.
If you mean 314159 then it is a prime number
A rational number is a real number which can be expressed as a division of two integers. A real number which is not rational is called irrational. Since 3.14 = 314/100 and 314 & 100 are integers it is a rational number.
3.14 is the ratio of 314 to 100 so it's rational.
No, 3.14 is not an irrational number.
314 + 809 = 1123
No number can be rational and irrational at the same time. 3.14 is the ratio of 314:100 and so is rational. HOWEVER, 3.14 is also a common approximation for pi, which is an irrational number. All irrational numbers have infinite, non-recurring decimals and so are often approximated by rationals.
No. It can be written as a fraction where the denominator is not 0. For example, 314/100. This makes it rational.
314
It will be the square root of 314, which is about 17.7100451467
The number 314 would be represented in Roman numerals as CCCXIV.
They are 2 and 157.
3.14 is rational. It is 314 divided by 100, so it meets the definition of rationality, i.e. the division of two integers, the denominator not being zero.pi, on the other hand, which starts with 3.14, but then continues infinitely, such as 3.1415926535897932384626433832795... (continuing forever...), is irrational and transcendental.pi is irrational because it cannot be expressed as the ratio of two integers, the demoninator not being zero, and pi is transcendental because it cannot be expressed as the root of any polynomial with rational terms.
Factors of 121: 1, 11, 121. Factors of 314: 1, 2, 157, 314. Their only common factor is 1.