Negative pi is a monomial, or a polynomial with one term. Negative pi, as well as positive pi, are not often used as polynomials, but it is still perfectly reasonable to do so.
Polynomials cannot have negative exponent.
No. Pi is a set number, if it were negative (-3.14159...) it would not represent the ratio of radius to circumference.
Basically, a number is transcendental if it isn't the solution of a polynomial equation. An example would be PI.
Answer 1:The only answer is π^-1iThe square root of -1 is i so i times the square root of pi is equal to the square root of negative piAnswer 2:More concretely, the square root of negative pi is approximately 1.772453850905i, wherein the 1.772453850905 represents an approximation of pi, and "i", which should be a lower case cursive "i", represents the square root of negative one.
A polynomial is a sum of monomials - and each monomial may only contain non-negative integer powers of the variables involved. If any other operation is involved (for example, a negative or fractional exponent; equivalent to a variable in the denominator, or a root), you have a non-polynomial.
No. It would not be a polynomial function then.
Negative pi is - 3.14.
Polynomials cannot have negative exponent.
probobly because pi equals 3.14 and you can make 3.14 negative so yes you can have negative pi
No. By the definition of a polynomial, the powers can only be non-negative integers.
No.
A quadratic polynomial must have zeros, though they may be complex numbers.A quadratic polynomial with no real zeros is one whose discriminant b2-4ac is negative. Such a polynomial has no special name.
In the domain [0, 2*pi],sin is negative for pi < x < 2*picos is negative pi/2 < x < 3*pi/2 andtan is negative for pi/2 < x < pi and 3*pi/2 < x < pi.Also, the same applies for all intervals obtained by adding any integer multiple of 2*pi to the bounds.
why the exponents can not be negative
you are so messed up....... a polynomial is just a expression consisting of several terms. like abc or ab or 2a or 5a............so x to a negative number is not a polynomial because x is only one term
No Pi is always the same.
If all of its terms are of the form ax^b where a is any constant and b is a non-negative integer then it is a polynomial. If not, it is not.