Experimental Apparatus to Prove the Magnus Effect Numerically

摘要

The present invention relates to a numerical experimental apparatus for demonstrating the Magnus effect that can exhibit the Magnus effect in accordance with the weight of the balance when operating the wind generator and Magnus effect measurement experiment apparatus. The configuration of the present invention is an electronic balance, a magnus effect measurement experimental apparatus for transmitting a weight value to the electronic balance in accordance with the wind transmitted from the outside and placed on the upper of the electronic balance, and the wind in the direction of the magnus effect measurement experimental apparatus It is configured to include a wind generating device for generating. The present invention as described above, first, the pressure of the Magnus effect measurement device according to the rotation of the ball generated through the wind generator is configured to be transmitted to the electronic balance of the electronic balance that changes depending on the rotational speed of the ball and the flow rate of air The weight effectively demonstrates the Magnus effect. Second, it is configured to inform the user numerically that the Magnus effect is occurring through the weight change of the electronic balance, so that the user can easily understand the physical phenomenon of the Magnus effect. Third, the Magnus effect is configured to smoothly guide the user through the numerical change of the scale, so that the Magnus effect can be used as a scientific educational equipment for explaining the Magnus effect.