The Magnus effect

A glider of two cups rotating around its axis, after launch, first rises sharply, and then flies along an inclined glide path. The rotation of the glider leads to the fact that the top and bottom of it is streamlined with air at different speeds. The difference in speeds creates a pressure difference and the resulting lifting force. The force of Magnus acts on the ball during a twisted shot, bending its trajectory.

[@sudipkoley001]

Please upload videos regularly
It helps a lot to understand concepts properly
Thank you 😊 💓

[@sudipkoley001]

Love you from India 🇮🇳 ♥️

[@adammirr4963]

channel like this should get multimillion investment for education,,

[@ThomasSchick]

…bend-it like Beckham …now I get it 😂😂😂

[@roneetlenkapinkun9027]

Thanks for explaining

[@dwptechduco]

I'm curious how this affect would act on a smaller projectile such as a ball sphere 17.4mm or .6840" in size being accelerated at 300 feet per second. And, how would this change if the ball object had dimples like a golf ball instead of a smooth surface. Would it accelerate faster and longer with a more level flight like a golf ball even though its smaller in size, weighing approx. 3.5 to 4 grams.?

[@OPTIMAL_POWER]

Wow, really good video

[@hqs9585]

You are using physics terminology pretty much at wii!, Action ( force times time) (?) Gliding aspect(?) Time to go and review your physics ! HS, or simply do not just recite somebody's writing . Pretty bad