The whole number x can be written as x/1.
whole number, natural number. integer,rational, and real number
if its algebra, x+x ( if you ad two of the same numbers, the answer is always even 1+1 =2 2+2=4 ...etc) Y x2 (multiplying a number by 2 is exactally the same as the previous x+x ) Z x10 (any whole number (not decimal) timed by 10 is always even....)
Yes. Suppose the point is P = (x, y). Its reflection, in the x-axis is Q = (x, -y) and then |PQ| = 2y.
The only difference is that when a slope is expressed as a whole number, ∆x (changes in x-coordinates) is always one unit.For example,m = 3 = 3/1 = ∆y/∆xm = -1/5 = ∆y/∆xm = 7/6 = ∆y/∆x
Because if X and Y are any two whole number, then X*Y is also a whole number. Always.
There is no greatest whole number. If x were the greatest whole number then what about x+1? It would be greater than x and it would be a whole number!
For every real number, x, which is not zero, there exists a real number x' such that x * x' = x' * x = 1, the multiplicative identity.
A complex number is any number that is in the real/imaginary plane; this includes pure reals and pure imaginaries. The difference between two numbers inside this plane is never outside this plane; therefore, yes, the difference between two complex numbers is always a complex number. However, the difference between two numbers that are neither purely imaginary nor purely real is not always necessarily a number that is neither purely imaginary nor purely real. Take x+yi and z+yi for instance, where x, y, and z are all real: (x+yi)-(z+yi)=x+yi-z-yi=x-z. Since x and z are both real numbers, x-z is a real number.
Any whole number into a fraction is whole number over 1. Whole number = x Fraction = x/1
Yes, it will.
If x is the given number and n is any whole number, then the question requires x = x*n which implies that x is zero.
f(x)=5x Domain is any number for x that will provide a real number for f(x). In this function, x can be any real number, and f(x) will be a real number. Thus domain is all real numbers.
The whole number x can be written as x/1.
Let 'x' be a positive real number. x|x≥0, xεR
whole number, natural number. integer,rational, and real number
How about zero = 0 which is an integer but not a whole number