The Wishing Well - THE END!
- Thread starter Justin
- Start date
FraudulentDimetrodon
Mae govannen!
Other folks have already posted similar things, but I'm throwing my hat into the ring for anyone who wants that Personalized Blessing; everyone is welcome to leave a comment on my profile page whenever~!
Best of luck to everyone!
Best of luck to everyone!
I think #1 answer (serena thing) is 135.
Reason, south pole fits, lat is 90, long is 45. So answer would be 135
Reason, south pole fits, lat is 90, long is 45. So answer would be 135
LittleMissPanda
💜 master of disguise 💜
Both potions are incredibly beautiful, wow!! 
But man, those milestones are going to make us work unbelievably hard to earn them! Thank goodness we're the best team ever! 
Let's go, go, GO!!
But man, those milestones are going to make us work unbelievably hard to earn them! Thank goodness we're the best team ever! Let's go, go, GO!!
All I can think after reading this is "TBT plays
xSuperMario64x
call me Bug 🇨🇦💜🐛
aw hell yeah dude I love math problems, thank you Serena 
Correct! The mass would be the same.
Bluebellie
Senior Member
We are going blue right?!
Foreverfox
✨🩵Spook-tacular🩵✨
That’s what it seems, I’ve not seen anyone really mention wanting to go pink first.
IonicKarma
Wishful Phoenix
12600 omg...
.: Meri :.
party!!
I'd also like to focus on blue first! I think we can definitely achieve both, though! 
I'll be over here in the labyrinth if anybody needs me—
I'll be over here in the labyrinth if anybody needs me—
LittleMissPanda
💜 master of disguise 💜
"You are on a game show where the host asks you to select one of three doors. Behind one door is a prize, but both of the other doors have nothing. You cannot tell which door has the prize so you must guess the correct door to win. After selecting door #2, the host reveals the contents of door #3 to be empty, so the prize is still available. The host then asks, “Before we reveal the contents of the next door, do you want to switch your answer?”. You decide to change your guess to door #1. Multiply the probability you win the prize by 200, then round the answer to the nearest whole number."
We did this at school, but all I remember is that your likelihood of winning is better if you change...
It's this:
en.wikipedia.org
"Vos Savant's response was that the contestant should switch to the other door.[3] Under the standard assumptions, the switching strategy has a 2/3 probability of winning the car, while the strategy that remains with the initial choice has only a 1/3probability."
So 2/3 is the probability we need to multiply I think
We did this at school, but all I remember is that your likelihood of winning is better if you change...
It's this:
Monty Hall problem - Wikipedia
"Vos Savant's response was that the contestant should switch to the other door.[3] Under the standard assumptions, the switching strategy has a 2/3 probability of winning the car, while the strategy that remains with the initial choice has only a 1/3probability."
So 2/3 is the probability we need to multiply I think
Yes, that's a Monty Hall problem, so that'd be 133."You are on a game show where the host asks you to select one of three doors. Behind one door is a prize, but both of the other doors have nothing. You cannot tell which door has the prize so you must guess the correct door to win. After selecting door #2, the host reveals the contents of door #3 to be empty, so the prize is still available. The host then asks, “Before we reveal the contents of the next door, do you want to switch your answer?”. You decide to change your guess to door #1. Multiply the probability you win the prize by 200, then round the answer to the nearest whole number."
We did this at school, but all I remember is that your likelihood of winning is better if you change...
It's this:
Monty Hall problem - Wikipedia
"Vos Savant's response was that the contestant should switch to the other door.[3] Under the standard assumptions, the switching strategy has a 2/3 probability of winning the car, while the strategy that remains with the initial choice has only a 1/3probability."
So 2/3 is the probability we need to multiply I think
IonicKarma
Wishful Phoenix
I'll be working on the labyrinth for awhile today, maybe ill setup a stream or recording of it for people to gain some information out of it if i can't figure it out on my own
Foreverfox
✨🩵Spook-tacular🩵✨
Is it just me or does it seem as though Farley’s Labyrinth isn’t working?
