can u please tell me why air-planes are not affected when travelling from equator to north or south : their route will remain straight with their speed and not diagonal ?
How does this effect the "ball" when in a viscos fluid. (air or better as an example, a submarine). since the medium is moving with the earth, and the submarine is moving in the fluid, what happens in this non-inertial frame of reference to the forces acting on the object, say the submarine? easier to compare to a train traveling north.... it will force the earth to slow down ever so slightly, with obviously no movement toward the east when traveling north from the equator, but about the submarine? maybe think of the question in terms of another example. say you are in a rotating hot tub in the middle , axis of rotation, and you toss a water missile pointed at your friend on the outer edge of the hot tub. i would think the coriolis force still exists, but to a lesser degree......similar to what happens in air, and then much greater effect in space. ...
In non-inertial frame, there exert a force on a particle because one frame is moving with respect to another frame with acceleration. And in INERTIAL frame, force on a particle will be zero because in this case one frame is moving with constant velocity with respect to another frame so acceleration will be zero. It means force will be zero.
Your mistake was to roll the ball. Rolling the ball along a rotating surface will produce inertia with the ball vs the surface. There is nothing apparent about that. It’s actual, not fictitious.
Absolutely incredible. 1.5 years later and I finally understand Coriolis's forces.
Sir you are god for me , really sir nice explanation
thank for doing this, this is amazing
Thanks a lot sir ! Very didactic explanation !
can u please tell me why air-planes are not affected when travelling from equator to north or south : their route will remain straight with their speed and not diagonal ?
Good explanation..
How does this effect the "ball" when in a viscos fluid. (air or better as an example, a submarine). since the medium is moving with the earth, and the submarine is moving in the fluid, what happens in this non-inertial frame of reference to the forces acting on the object, say the submarine? easier to compare to a train traveling north.... it will force the earth to slow down ever so slightly, with obviously no movement toward the east when traveling north from the equator, but about the submarine? maybe think of the question in terms of another example. say you are in a rotating hot tub in the middle , axis of rotation, and you toss a water missile pointed at your friend on the outer edge of the hot tub. i would think the coriolis force still exists, but to a lesser degree......similar to what happens in air, and then much greater effect in space. ...
Superb explaination!!! Thank u so much :)
Thanks sir, you explained so well
What do you mean by "non-inertial reference frame" ?
Do you remember when he said it? Didn't watch the entire video but if I get the context I'd be happy to help. Or maybe your question isalready solved.
In non-inertial frame, there exert a force on a particle because one frame is moving with respect to another frame with acceleration. And in INERTIAL frame, force on a particle will be zero because in this case one frame is moving with constant velocity with respect to another frame so acceleration will be zero. It means force will be zero.
Genius sir you are
Your mistake was to roll the ball. Rolling the ball along a rotating surface will produce inertia with the ball vs the surface. There is nothing apparent about that. It’s actual, not fictitious.
Sir your explanation is good but explain slow please sir it is my request !!!!!!
You could try slowing down the video by playing it at .75 speed
I've never heard a higher-pitched monotone voice before... LOL!
Bad very bad I can't understand