No, the first one does indeed converge to 1/3... and the -infinity was going to be my next point; your line “as a->-infinity, 1/a->-infinity” is dead wrong.
No, the first one does indeed converge to 1/3... and the -infinity was going to be my next point; your line “as a->-infinity, 1/a->-infinity” is dead wrong.
Yea noticed its undefined... And I meant the second one 1/4 - c^4/4 = no value due to 1/4 - infinity?
How so? And I meant the second one 1/4 - c^4/4 = no value due to 1/4 - infinity?
Then yes 1/4 - infinity is clearly not a number.
As for your wrong statement, its because you’re essentially saying that some fraction goes to infinity when its denominator goes to infinity, which is wrong
infinity plus or minus any real number will still be equal to infinity. And negative infinity plus or minus any real number will still be equal to negative infinity.
As for your wrong statement, its because you’re essentially saying that some fraction goes to infinity when its denominator goes to infinity, which is wrong
i editted the post after a few seconds and thx for helping