The Coriolis Effect
Coriolis Effect was named from a French professor of mechanical engineering in the 19th century. He found the "Coriolis Effect" by doing mathematical calculations behind the theory. By finding this effect, we now know that it greatly effects wind movement and water currents on Earth.
The Corolis effect could also change the course of direction that you are heading to. For example, if you were to fly straight south from the north pole, and attempt to land somewhere like Indiana, instead you will land somewhere far east from there because of the Coriolis effect.
So to test the Coriolis effect, we made a little experiment based on what is going to happen on a balloon. We started off by drawing the north and south pole on the bottom and top of the balloon.
The Corolis effect could also change the course of direction that you are heading to. For example, if you were to fly straight south from the north pole, and attempt to land somewhere like Indiana, instead you will land somewhere far east from there because of the Coriolis effect.
So to test the Coriolis effect, we made a little experiment based on what is going to happen on a balloon. We started off by drawing the north and south pole on the bottom and top of the balloon.
Afterwards, we drew the equator throughout the middle of the balloon. This way, we can conduct our experiments.
After finishing all of those three objectives, draw a line straight down from the north pole to the equator, while rotating counter clockwise. After that, do the same for the south pole, but in the opposite direction. Once that is done, you found the Coriolis effect.