- #36
oen_maclaude
- 23
- 0
as of the moment, the debate is on how to define infinity.
as far as I'm concerned, infinity is just a simple description on the behavior of the function as the value of the variable goes too big (going to the largest value on the number line) or too small ( in this case the smallest value which can be seen on the left part of the number line).
if infinity were to be defined as a variable, then 0 times infinity is defined and it is equal to 0. however, if otherwise defined as a behavior, then we cannot give an exact value for the problem 0 times infinity ( ie it is not defined).
as far as I'm concerned, infinity is just a simple description on the behavior of the function as the value of the variable goes too big (going to the largest value on the number line) or too small ( in this case the smallest value which can be seen on the left part of the number line).
if infinity were to be defined as a variable, then 0 times infinity is defined and it is equal to 0. however, if otherwise defined as a behavior, then we cannot give an exact value for the problem 0 times infinity ( ie it is not defined).