infinity2
Well, your question does not specify whether the infinities are "countable" infinities (such as the number of integers) or "uncountable" infinities (such as the number of real numbers).
If both multiplicands are countable infinities, the product is also countable infinity. If either multiplicand is uncountable, the product is uncountable infinity.
Countable infinity is known as "Aleph null", and uncountable infinity as "Aleph one".
Infinity times zero may possibly be equivalent to zero though
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∞ x ∞ = ∞
infinity times infinity equals to infinity
Infinity is already the highest number. Technically speaking, there is no highest number. So infinity infinity's is infinity cause infinity is never ending.
It is still infinity.
anything can be put into it so... (-infinity,infinity)
An unknown number x times infinity would be infinity.
infinity!
both are equal... infinity is the representation of undefined.
It is still infinity.
0 is the only number times infinity equal to 0
"X" is greater than or equal to infinity times negative one and less than or equal to infinity.
anything can be put into it so... (-infinity,infinity)
Yes. Multiplying a negative number by a very large positive number will equal a large negative number. If you have the function y = -x, then as x approaches infinity, y will approach negative infinity at the same rate.
you would think it be would but infinity is not a number but a theory so not being a number is can not be used with equations symbols like plus, minus, times etc.
infinity
negative infinity
An unknown number x times infinity would be infinity.
infinity!
it just equal infinity
both are equal... infinity is the representation of undefined.