Zipper's Zany Zillion - Answers Posted!

[LambdaDelta]

Do spaces count in the redemption code for this one? If the answer even requires it, of course.

all codes are always allcaps no spaces

 

[Flicky]

Just realized that my question was answered on the very first page. I need to get a hold of myself today, it seems...

Anyhow, thanks for the tips in here, folks!

 

[Aquilla]

Here's a tip for those still struggling, something that changed how I looked at the image when I realised:

Spoiler

you are looking at a small, super zoomed in section of one collectible, not one whole pixelated collectible. Open the riddle image in one tab and a collectible list in another side by side and compare. very few collectibles have these exact colours in them.

 

[Princess Mipha]

Thank you to everyone who gives hints.. as someone with little time and brain power at the end of the day, I could never find any of the solutions.

 

[OswinOswald]

Here's a tip for those still struggling, something that changed how I looked at the image when I realised:

Spoiler

you are looking at a small, super zoomed in section of one collectible, not one whole pixelated collectible. Open the riddle image in one tab and a collectible list in another side by side and compare. very few collectibles have these exact colours in them.

Ah! Thank you for this extra bit!

 

[Aniko]

I'm still not getting it with the hints.
That's a lot of collectibles to check through.

Focus on the colors, one must be the background color

 

[himekirako]

oh my gosh, i feel so silly for being stumped for a little bit but finally got it

 

[kiwikenobi]

I also felt like it took me a bit longer than it should have to figure this one out, but I eventually got it. ^o^;>

 

[Alolan_Apples]

If the next clue requires integration, you won’t be able to stump me. But if involves differentiation, then that’s an easy clue for me.

Remembering the rules of differentiation:

• The derivative of a constant is zero.
• If you take the derivative of a variable with an exponent, you multiply the coefficient with the exponent’s value then subtract 1 from the exponent.
• The derivative of e^x is e^x.
• The derivative of sin(x) is cos(x). But the derivative of cos(x) is -sin(x).
• The derivative of ln(x) is 1/x.

 

[liliyoa]

i cant believe i got this one

 

[pottercrossing]

Got the first two, I'm stumped on the 3rd though...

Edit: NEVER MIND I GOT IT

 

[Mick]

Challenge #4​
Revealed: 10/19 6:00 PM EDT​
Prize: 0.5 Carnival Coins​
it is time. -8 -19 -7 -17 -18 -9 -12 +2​

 

[Mick]

While we're here: some posts from the previous round have been temporarily hidden from view until Chris has an opportunity to review them. For the sake of the people who like to see how far they can get on their own, please make sure to keep your hint discussions in spoilers and avoid pointing directly to the answer. Thanks!

 

[kiwikenobi]

I hope some of those posts get approved soon, because I sure could use a hint for this newest one. ^o^;>

 

[~Kilza~]

I hope some of those posts get approved soon, because I sure could use a hint for this newest one. ^o^;>

To clarify: The posts that have been temporarily hidden are from the previous round.

 

[kiwikenobi]

Ah, okay. Thanks for explaining!

Then I hope someone figures the new one out soon and posts some kind of hint, because I'd still like one.

 

[amemome]

I had severe fomo for this event... im back!!!

 

[pottercrossing]

alrightttttt new challen- oh Lord what is this...

 

[amemome]

i was thinking maybe it's related to
timezones...

 

[kiwikenobi]

@amemome Me, too, but I haven’t found the answer yet. So maybe that’s not it at all. ^o^;>