Hi, the pressure is high on the right, This is explained by the Bernoulli principle which states that higher the velocity lower is the pressure around it, so as the velocity is higher on the left due to the clockwise motion, thus low pressure on left, As we know air moves from high pressure to low pressure so the magnus force acts towards the left direction causing the curve in motion.
@@Pcoxproductions Most likely didnt use a formula. The RPM on the ball is so small, and it’s obvious you cant produce spin like what is shown with such low RPM
Roberto Carlos did that but to the left.
Can you uh, play the 'no-spin' obstacle again. I wasnt quite sure.
Wounderful😀
Magnus Carlsen effect
Isn’t that a chess champion?
Do you provide a code for it?
Plz anyone tell where pressure is high, left or right and why, I'm unable to understand
Hi, the pressure is high on the right,
This is explained by the Bernoulli principle which states that higher the velocity lower is the pressure around it, so as the velocity is higher on the left due to the clockwise motion, thus low pressure on left,
As we know air moves from high pressure to low pressure so the magnus force acts towards the left direction causing the curve in motion.
Its the example of bernaullis theorem 😊❤
Which software is this?
What formula did you use?
@@Pcoxproductions Most likely didnt use a formula. The RPM on the ball is so small, and it’s obvious you cant produce spin like what is shown with such low RPM
@@crisanerd This is just for representation purpose only, it is obvious that the ball has to be struck at a higher speed with more spin.
Magnus Carlsen