Infinity
Explanation:
a x infinity = infinity, if a greater than 1
In given case, a = 2
Therefore, 2 x infinity = infinity
Hope this helps :)
Your Fellow,
Another Indian Kid
I can see two different ways to place the parentheses in that question. Here are both answers: ( e-2 ) x infinity = infinity ( e-2 x infinity ) = zero
(I'm using "oo" for infinity) the factors of infinity would be 1oo x 2oo x 3oo x 5oo x 7oo . . . "4" and "6" are skipped because 4 is just 2 x 2 and 6 is just 2 x 3 thus fitting into 2oo and 3oo. the pattern would be every positive prime number to the power of infinity. this is because infinity x any positive number is still infinity which means you can factor out any positive number from infinity and still have infinity left.
The end behavior of a function is how the function acts as it approaches infinity and negative infinity. All even functions such as x^2 approach infinity in the y-axis as x approaches infinity and odd functions such as x^3 approach positive infinity in the y- axis as x approaches positive infinity and negative infinity in the y- axis as x approaches negative infinity. If their is a negative leading coefficient then it is just flipped.
x can go to + or - infinity. f(x) is limited from + 1/2 to - 1/2.
zeros values at which an equation equals zero are called roots,solutions, or simply zeros. an x-intercept occurs when y=o ex.) y=x squared - 4 0=(x-2)(x+2) (-infinity,-2)(-2,2) (2,infinity)
I can see two different ways to place the parentheses in that question. Here are both answers: ( e-2 ) x infinity = infinity ( e-2 x infinity ) = zero
(I'm using "oo" for infinity) the factors of infinity would be 1oo x 2oo x 3oo x 5oo x 7oo . . . "4" and "6" are skipped because 4 is just 2 x 2 and 6 is just 2 x 3 thus fitting into 2oo and 3oo. the pattern would be every positive prime number to the power of infinity. this is because infinity x any positive number is still infinity which means you can factor out any positive number from infinity and still have infinity left.
(-infinity, infinity)
anything can be put into it so... (-infinity,infinity)
It depends. The determining factor is whether the numerator goes to infinity faster or slower than the denominator. If the numerator goes faster, then the answer is infinity. For example, as x goes to infinity, exp(x)/x goes to infinity. If the numerator goes slower, then the answer is zero. For example, as x goes to infinity, x/exp(x) goes to zero. If they go at the same rate, then the answer is intermediate. For example, 2x/x is 2 for all x, including when x goes to infinity.
(x+2)/(x+2) = 1x equals infinity
-infinity to positive infinity
For all whole numbers X = -2, [infinity to - infinity]
The end behavior of a function is how the function acts as it approaches infinity and negative infinity. All even functions such as x^2 approach infinity in the y-axis as x approaches infinity and odd functions such as x^3 approach positive infinity in the y- axis as x approaches positive infinity and negative infinity in the y- axis as x approaches negative infinity. If their is a negative leading coefficient then it is just flipped.
As X approaches infinity it approaches close as you like to 0. so, sin(-1/2)
This is the graph of a diagnol line. Range: (-infinity, infinity)
Assuming the equation as: y3x-2 =0 Then: 3xy = 2 or y = 2/3x for x = 0, y = infinity for x = 1, y = 2/3 for x = 10, y = 2/30 for x = infinity, y = 0