Limits

Today we talked about limits. Specifically we talked about e=(1+(1/n))^n and what it meant. From this function we get the number e or 2.7182818285. N -> infinity for this. As you plug larger and larger numbers in you get closer and closer to 2.7182818285. You never actually get there though. That is because it is the limit of the function, if you look at the negative values for n, instead of just the first quadrant, it's also an asymptote. This is where the value on the y axis can no longer increase. You've "reached" the maximum. Good job Gautama.


ALSO THIS IS HILARIOUS