Sin(theta) = height component of the velocity vector, cos(theta) = distance component of velocity vector. Sin(90) = 1 (max height) and cos (0) = 1 (max forward velocity). Maximum aerial distance would be when cos(theta) = sin(theta) at 45 degrees. The vertical Y= 1/2 gravity * time^2 where y is vertical position (thats the free fall equation which is derived from velocity) which doesnt consider upward velocity which would make the max height: y (starting position) + velocity * time = 1/2 gravity * time^2. That would solve for flight time. Plugging that value for time back into the free fall equation, you can find the max height, y. And with y, the max height, you can relate that back to sin(theta) to find the exact angle of the ramp with the velocity. With the angle theta, you could relate that to cos(theta) and multiply by the velocity to find the exact distance traveled. With the horizontal componant of velocity you could also figure out the acceleration on flat ground before the ramp if the distance traveled or time to accelerate is known. Its not rocket science, really.
I thought this was a graystillplays video at first bc of the thumbnail. 😅😅 Edit: Just noticing that thumbnail is identical to one of graystillplays's previous thumbnails. So that's y it looked so familiar. No hate to it. Just mentioning that. 😅😅 Edit 2: Loved the vid chiz 😁
Wow, fabulous! Must've been some mod you got for the ramps there! 😃 Just kicking up a notch! 😃 And I don't blame you at 4:10. You gotta love those mods making Daisy thicc. 😉
Before even watching this video fully, some basic knowledge of physics, as well as some common sense, is that there's a point where the steeper you go, you'll go further each time, but at some point there's a maximum, as by the time you're completely vertical, you'll have 0 horizontal distance. Therefore, the _steepest_ a ramp can be for you to still have forward momentum and have the farthest distance, is 45 degrees. Any steeper, and the horizontal distance decreases.
Show this video to AP Physics students and everyone will get a 5 on the exam
Can confirm, didn’t watch this video and didn’t get a 5
Sin(theta) = height component of the velocity vector, cos(theta) = distance component of velocity vector. Sin(90) = 1 (max height) and cos (0) = 1 (max forward velocity). Maximum aerial distance would be when cos(theta) = sin(theta) at 45 degrees. The vertical Y= 1/2 gravity * time^2 where y is vertical position (thats the free fall equation which is derived from velocity) which doesnt consider upward velocity which would make the max height: y (starting position) + velocity * time = 1/2 gravity * time^2. That would solve for flight time. Plugging that value for time back into the free fall equation, you can find the max height, y. And with y, the max height, you can relate that back to sin(theta) to find the exact angle of the ramp with the velocity. With the angle theta, you could relate that to cos(theta) and multiply by the velocity to find the exact distance traveled. With the horizontal componant of velocity you could also figure out the acceleration on flat ground before the ramp if the distance traveled or time to accelerate is known.
Its not rocket science, really.
@@LongIslandYachtClub I mean, it IS kinda rocket science if you want to launch a rocket diagonally
@@abaraigamer8814 I am being facetious. I am a mechanical engineer, ie a rocket scientist, el oh el
@@LongIslandYachtClub I see, but that's actually pretty interesting
Disappointed there was no “Only in Baltimore” 😞
Same
Chiz is the type of person who could cross a bridge made of LITERAL TOADS.
THE THICC DAISY HAS LANDED
😏👌 yes she did
*insert We’re Finally Landing here*
Imagine if there was a glider ramp at the end of each ramp
Please just do a reaction video to Super Mario Bros the Movie from 1993
First person that’s not a member
You are correct
After almost exclusively watching Chiz's super sluggers videos it's kinda strange seeing him happy all the way through a video
Love your regular content, but I think seeing you really enjoy yourself was more fun.
now imagine that with the antigravity effect 😳
As usual, what a great video coach ☺️ freaking banger
I thought this was a graystillplays video at first bc of the thumbnail. 😅😅
Edit: Just noticing that thumbnail is identical to one of graystillplays's previous thumbnails. So that's y it looked so familiar. No hate to it. Just mentioning that. 😅😅
Edit 2: Loved the vid chiz 😁
Daisy got that cake 🥵
This reminds me of Kirby airride
Can we all agree, Coach Chiz has to be the greatest entertainer of all time. Hands down
Wow, fabulous! Must've been some mod you got for the ramps there! 😃 Just kicking up a notch! 😃 And I don't blame you at 4:10. You gotta love those mods making Daisy thicc. 😉
Before even watching this video fully, some basic knowledge of physics, as well as some common sense, is that there's a point where the steeper you go, you'll go further each time, but at some point there's a maximum, as by the time you're completely vertical, you'll have 0 horizontal distance. Therefore, the _steepest_ a ramp can be for you to still have forward momentum and have the farthest distance, is 45 degrees.
Any steeper, and the horizontal distance decreases.
Thought this was going to be a Gray Still Plays video at first lol
The ideas you come up with are why I watch you everyday, you deserve to be way bigger man, thank you for the laughs
Bumps in mkwii: 🗿
am I the only one noticing she's super cheeked up on a friday or nah
SUB!!!!!!!!
Love your videos this one wasn’t it tho
Oh god we're back in Geometry..
Yoooo
Shoutouts to ZPL for making the cc mod and this map.
4:11 at least I wasn’t the only one who was distracted 😂😂😂
Greystillplays has the same thumbnail.
Thicc daisy is my star, my perfect silence.
This video is crazy!!!
Damn…. Just when I thought the Mario kart videos were gone… pass
The first time I don't have to do a job at all😆😆😄😅😅😂
I love you chiz
If you did a better launch angle you would go farther then the last ramp it’ has to big of an angle
Mario kart64?
This is like one of those movies you watch high
Edit: no pun intended
This tarmac still might be shorter than the Fast & Furious 6 one
2 days in a row with no only in Baltimore
Keep the front wheel up and you’ll go farther
Damn did he have the thick mod on or what? 🥴
This challenge gives me Rush 2 vibes haha
It’s all about physics
# Stream Gang
Thanks Newton
Great video
Why tf is daisy so BUILT?!
Me Being A Rosalina Main in Mario Kart 8:Yes
I wish jumps like these were in actual Mario Kart
😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮😮🤫🤫🤫🤫🤫🤫🤫
😮😮😮😮😮😮😮😮😮😮😮
Your fans doesn't want to see this from you. You're making the classic successful UA-camr mistake. Stick to what got you here my man!
Comments say otherwise but ok
I can still see the Energy Of His Old Videos,So eh