I recommend not looking up or opening your eyes while riding the rotor bc closing your eyes feels like your sleeping (opening my eyes and looking up makes me dizzy) and I’d also recommend you guys riding this at night bc yesterday I rode this at like 9pm and they turn off the lights and they put on disco lights, it was so funn
@@ayaankhan9141 not too scary but when u keep opening your eyes you start feeling a bit nauseous/sick depending if you can handle fast spinning rides but like when you close your eyes it feels like your spinning around the sky
i've always just looked at this ride from the top but today I actually decided to go on it for once with my friends. it was so epic and FUN, it wasn't as scary as i thought
I've always been perplexed and afraid of this ride, only going as far as to observe on top, but with this woman's guidance, I'd like to try it. She's so considerate and makes you participate lol ! :)
Great video! Could I please use this for a review on Frontier City when talking about their SBNO rotor? I will provide you with full credit for this footage and include a link back in the description.
For people stay "glued" to the rotor wall the friction force (Fat) acting on their back must be equal to their weight (P) The friction force is equal to the product of the coefficient of friction and the normal force (N). The normal force in this case is the centripetal force (Fcp) Fat = u.N = u.Fcp = u.m.w².R P = m.g Where m is the mass of the person, w is the angular velocity of the rotor, R is the radius and g is the acceleration of gravity Making Fat and P equal and then isolating w we find the minimum angular velocity the rotor must have for people to get "glued" to the wall w = [g/(u.R)]^1/2 I've never been inside it, but would be nice
2:11 the noise he made sent me into uncontrollable laughter for like 5 min
yes, that was a strange feeling slipping off 🤣 such sounds can happen
Like the sound my son's Whippet made when he knew we were going into the Vets rather than just walking past! 😂
I recommend not looking up or opening your eyes while riding the rotor bc closing your eyes feels like your sleeping (opening my eyes and looking up makes me dizzy) and I’d also recommend you guys riding this at night bc yesterday I rode this at like 9pm and they turn off the lights and they put on disco lights, it was so funn
LOVE THE PFP, I have no idea where this is but I REALLYYYY wanna go omg
@@PEARLOFFTHEH00K it’s at Luna Park Sydney in Milsons point
Is it scary when is spins fast
@@ayaankhan9141 not too scary but when u keep opening your eyes you start feeling a bit nauseous/sick depending if you can handle fast spinning rides but like when you close your eyes it feels like your spinning around the sky
@@MiaKisur ok thanks for telling me
That's a good ride operator. She's actively involving everyone to have fun 🥰
i've always just looked at this ride from the top but today I actually decided to go on it for once with my friends. it was so epic and FUN, it wasn't as scary as i thought
That's an old ride! I remember riding on that one in the 1970s and 1980s. It was fun.
Felt like Finding Nemo when Marlin and Dory were holding ono the tongue leaving the whale to Sydney. That's what the ride felt like it was epic!
Am
The wedgies were incredible! That ride has been there at least 45 years, I was in primary school when I went on it and am now 57
I've always been perplexed and afraid of this ride, only going as far as to observe on top, but with this woman's guidance, I'd like to try it. She's so considerate and makes you participate lol ! :)
Ertan sinan şahinden gelenler ses verin
That's cute that she took the fear away from the kids with the j
Games
Ertan hocamdan gelenler bir likenızı alırım.
You passed NASA's centrifuge force test so well. You can go outer space!
Great video! Could I please use this for a review on Frontier City when talking about their SBNO rotor? I will provide you with full credit for this footage and include a link back in the description.
Yes your welcome 😊 thanks for you question. Greetings Alex
@@TheRedCoasterChannel Thanks!
Your welcome 😊 best greetings from Austria
I'm going to lunar park soon and this will be at the top of my list
I went there yesterday and I’m going back in 2024
0:46 ...I'd be shouting ''Stop!'' I get giddy so easily ,even watching it has made me feel dizzy.
Me doing the Peter Griffin laugh🤣🤣🤣🤣🤣
So it's basically when you spin a bucket around really fast and the water sticks to the side...
It ain’t water it’s air
@@Rinkxo yeah, I mean, anything you put into a bucket and spin around really fast will stick to the side lol.
@@fesalatijannati5677 ye lol
@@Rinkxo even humans lol 🤣😂
@@fesalatijannati5677 Ikr the airs super powerful
I absolutely hate centrifuge rides. No fun just a build up of nausea that gets so intense I faint.
Ha
Spiny makes u die
Rode zero gravity made by SBF visa like 35 times total never fainted
That one kid out to it 😂😂
LMAOOO
this ride is so trippy
I feel dizzy by just watching it
There is like one in Germany skyline park named zero gravity and some people like me climb the what while it or sit on the wall and go over head
They are 'pinned' on the wall by the centripetal force exerted
Peki mide bulantisina yol açar mi
Very cool
The clothes in the dryer:
This ride made me feel so sick
😍😍😍😍😍
Estudando dinâmica circular e vendo como esse carai funciona kkkkkkkkkkkk
Ai didi
For people stay "glued" to the rotor wall the friction force (Fat) acting on their back must be equal to their weight (P)
The friction force is equal to the product of the coefficient of friction and the normal force (N). The normal force in this case is the centripetal force (Fcp)
Fat = u.N = u.Fcp = u.m.w².R
P = m.g
Where m is the mass of the person, w is the angular velocity of the rotor, R is the radius and g is the acceleration of gravity
Making Fat and P equal and then isolating w we find the minimum angular velocity the rotor must have for people to get "glued" to the wall
w = [g/(u.R)]^1/2
I've never been inside it, but would be nice
Oh wow rh
This must be what its like to ride a washing machine
Irl non inertial frame view