Because you are undergoing mostly angular momentum....which does not get affected much by anything you physically can produce....imagine you are being pushed by a shovel millions of times bigger than you....can you jump without using the existing momentum you have accumulated from the shovel....assume it goes 1000x faster than you can.....how can you slow yourself down....???
Inside of a closed system (or relatively closed in our case of the supposed globe earth) there would be a conservation of angular momentum. So the earth is spinning X speed and it is equal to 360 degrees / 24hrs is the angular speed. Which when maintained at a relatively constant speed will have almost no angular acceleration, but it will retain its angular momentum based on how far out you are from the centre. So in order to feel something, you would need to change rapidly the angular acceleration of the whole globe....or else it would be smaller and would be mostly negligible.
Ex) if you walk or drive or fly subsonic speeds, you don't move fast enough to have a noticeable impact on the whole systems angular momentum. So it will remain mostly stable and thus so too will the speed for the earth and everything on it....so you too. Are spinning that fast and that is why when you run is is nothing compared to the speed you are currently going within the system
Because you are undergoing mostly angular momentum....which does not get affected much by anything you physically can produce....imagine you are being pushed by a shovel millions of times bigger than you....can you jump without using the existing momentum you have accumulated from the shovel....assume it goes 1000x faster than you can.....how can you slow yourself down....???
Inside of a closed system (or relatively closed in our case of the supposed globe earth) there would be a conservation of angular momentum. So the earth is spinning X speed and it is equal to 360 degrees / 24hrs is the angular speed. Which when maintained at a relatively constant speed will have almost no angular acceleration, but it will retain its angular momentum based on how far out you are from the centre. So in order to feel something, you would need to change rapidly the angular acceleration of the whole globe....or else it would be smaller and would be mostly negligible.
Ex) if you walk or drive or fly subsonic speeds, you don't move fast enough to have a noticeable impact on the whole systems angular momentum. So it will remain mostly stable and thus so too will the speed for the earth and everything on it....so you too. Are spinning that fast and that is why when you run is is nothing compared to the speed you are currently going within the system