complex numbers with no real partif any complex number z can be written a + i bthen pure imaginary numbers have a=0 and b not equal to 0
A pure imaginary number is a complex number that has 0 for its real part, such as 0+7i.
Both imaginary and real numbers are infinite .Answer:Any real number can be turned into an imaginary number by multiplying it by "i" ot "j" (the root of -1). Hence it would appear that the set of all real numbers would equal the set of all imaginary numbers. However 0 (zero) multiplied by anything still equals zero. This would mean that there is at least one number that cannot be converted to an imaginary number.
It is 0. The number is wholly imaginary.
No. A complex number consists of a real part and a imaginary part. If the real part equals zero, there is only the imaginary left and you could therefor argue that it is an imaginary number (or else it would still be a complex number -with a real part=0)
Any real number is a complex number with an imaginary part equal to 0
complex numbers with no real partif any complex number z can be written a + i bthen pure imaginary numbers have a=0 and b not equal to 0
0 to the power 0 is 1 because any number power zero is always equal to 1.Anything to the power of 0 equals 1.
1. Any number to the power of 0 is equal to 1.
Any number raised to the power 0 is equal to 1. The exception is 0 to the power 0, which is not defined.
Do you mean "What is -10 to the power 0 equal to?" Any number raised to 0 evaluates to 1
Any number raised to the power 0 equals 1.
Because to the 0 power, you are not multiplying the number, the number just stays what it is.
Any number to the power of 0 is always equal to 1
any number to the power of 0 = 1
Complex number... though a and b don't have to be integers, and if a = 0 then it's a pure imaginary number.
A pure imaginary number is a complex number that has 0 for its real part, such as 0+7i.