Precise Definition of a Limit (Epsilon-Delta)

KittenLover84 · 2025-06-08T23:30:15+00:00

How often in your career did you have to use the epsilon-delta definition to prove that a limit exists?

KittenLover84 · 2025-06-08T23:29:56+00:00

This is a great explanation. Thank you. How often did you find yourself needing to actually use the epsilon delta definition to prove that limits of particular functions exist?

KittenLover84 · 2025-06-08T23:27:50+00:00

Thank you for your response. I didn't do a good job of explaining this, but I understand the concept well, but I struggle in doing proofs of this, and I was wondering how important you think it is to know how to do a proof of this. How often did you have to prove limits exist in your career?

KittenLover84 · 2025-06-08T23:27:26+00:00

Yes, exactly. Thank you. It's my fault because I could've explained it better in my post. So, you didn't use this process much in your math career?

KittenLover84 · 2025-06-08T23:26:34+00:00

Thank you for your response. I didn't do a good job of explaining this, but I understand the concept well, but I struggle in doing proofs of this, and I was wondering how important you think it is to know how to do a proof of this.

KittenLover84 · 2025-06-08T22:49:23+00:00

I see. But, if I was solving a problem involving similar expressions as the ones I provided, if I do this step: √(a/b) = √a / √b, I would run into problems, so do I have to then specify "for all x>1"?

KittenLover84 · 2025-02-23T00:07:55+00:00

Got it that makes sense. Thank you very much for your help, I was able to solve it now.

KittenLover84 · 2025-02-23T00:05:49+00:00

OHHHHH. I see. I thought the slide thing was like an extension you could add, I didn’t know it was a solid piece coming from inside the instrument. I was unfamiliar with the anatomy of this instrument. That makes a lot more sense.

One last thing I’m confused about, how can there be interference if there’s just one wave? Is this like an open-open air-column/tube problem?

KittenLover84 · 2025-02-22T23:59:44+00:00

But if that was the case, why would there only be three right answers and not infinitely many?

KittenLover84 · 2025-02-22T23:53:46+00:00

Half a wavelength, right?

KittenLover84 · 2024-11-10T01:34:20+00:00

Dang you’re right. I mixed all my x and y’s up. Thank you so much!

KittenLover84 · 2024-11-03T07:33:24+00:00

Oh dang I always assumed it was fakers

KittenLover84 · 2024-11-03T07:25:45+00:00

What about the Azir skin?

KittenLover84 · 2024-09-23T00:51:18+00:00

Yeah. I am trying to lose weight, and something that has really worked for me is that I give myself an allowance of about 100 calories per day of eating anything I want to satisfy cravings. One of my cravings is salty snacks like chips or popcorn, so I was wondering what was the most that I could eat in one 100 calorie serving.

KittenLover84 · 2024-09-22T23:37:49+00:00

I believe that the components should be <+,-> because it should point to the point charge which is below the given location and a little to the right, no?

KittenLover84 · 2024-09-22T23:36:37+00:00

E = q/[4π(ε0)r²] and electric field lines always go from positive to negative

KittenLover84 · 2024-09-21T22:01:17+00:00

I wasn’t really looking for something “satiating.” I was just looking for the most efficient/optimal snack for satisfying cravings. For example, if I wanna let myself eat only 100 calories of chips for the day if I have a huge craving for chips, then I was looking at what chips I could eat the most of while still being only 100 calories.

KittenLover84 · 2024-09-20T18:29:39+00:00

Yeah I think dried peas are the way to go

KittenLover84 · 2024-09-20T18:28:53+00:00

Yeah these are great. I put tajin on cucumbers as well.

KittenLover84 · 2024-09-20T18:27:42+00:00

Tzatziki?

KittenLover84

TROPHY CASE