please dont become a minecraft youtuber

@@CubeShip ayo wot?

I love bedrock tho

@@CubeShip RUDE

@@foxdamplays10 what is a minecraft enderman?

"There" "Ama" This is what happens when you quit school to do redstone.

cwafty

@@Flakeycap36 uwu

Crafty*

@@BonnieTheBunny20 oh no atleast I translated it for it to be gone

soul sand is trans

@@RAOIM_ trans sand is soul

Trans sand lets goooo

Composter: We don't talk about number 7 here

@Infmín barrel is immovable

Pro tip: Dispensers have the best perfect aim in the game

*but make sure to take a repeater output from the noteblock, as the further away it is the more likely the arrow is to not hit the center or miss entirely

@@jmejuniper you mean target block, right?

You could hook it up to a T-Flip Flop

You could pull the signal from the output to keep the clock powered to alleviate this, but you will still need to keep it unpowered to give it time to "recharge". Would be slightly larger than before, but still smaller than other pulse extenders. Might be good on a timed circuit with lots of downtime, like a daylight sensor or a 5-min item despawn timer.

I'm playing 1.18 and it didn't work in Java creative for me. Had to /gamemode to survival to do the sword trick.

@@CryorDuratis dang dude that’s so inconvenient 😪

or use a redstone texture pack to see the value at all times....

in the meantime where such doods like steveee just record a few second videos showing us things the majority of players already know

Mumbo talks quite slow tbh Also ibxtoycat is the king of fast talking

Isn't it a 10gt delay between pulses?

yes

its not unreliable it just has a cooldown

@@CraftyMasterman The hopper pulse extender as shown is useless except in certain scenarios. It will only double the pulse length, no matter how many items you throw into the hopper, I assume that's why you used a lever to demonstrate that and kept the lever flicked on? explanation: Let's call the hopper on the left A and the hopper on the right (with the redstone torch and input and comparator)B 1. Initially A is locked by the redstone and B is unlocked. All the items are trapped in hopper A 2. You apply the input to B (be it lever, observer, button etc). It turns off the redstone torch unlocking A, but at the same time locking B (since the block above B is powered by the input). the comparator reads from B giving the output. 3. Let's say that your input was X ticks For X ticks, A was unlocked B was locked, items flowed from A to B. After X, the redstone torch turns back on, A becomes locked and B unlocks, items flow back from B to A. 4. How long is the output pulse? The output is as long as there are items in B. So when there is an input of X ticks, items start flowing from A to B, you start getting the output pulse. Input stays on for X ticks, some amount items flow from A to B. input turns off. The same amount of items flow back from B to A, taking X ticks again. You get an output as long as the items are flowing from A to B, plus how long the items flow back from B to A. So X+X=2X . 5. Input pulse length X, output pulse length is 2X 6. Sucks if your input is short, output length will only be marginally better. I watched your Mumbo rant and I agree with you there. Here you taking a dig at Mumbo, is not just salty, it doesn't help that your redstone is wrong. LOL

Number 15: Burger king foot lettuce. The last thing you'd want in your Burger King burger is someone's foot fungus. But as it turns out, that might be what you get. A 4channer uploaded a photo anonymously to the site showcasing his feet in a plastic bin of lettuce. With the statement: "This is the lettuce you eat at Burger King." Admittedly, he had shoes on. But that's even worse.

Nooo! craftyyyymastermaaaaan!!!

Ofcourse. Now teach us how to make piston doors that open in 0 ticks.