Bee-Resilient Part II

I will allow the experts to explain the exact science of the miraculous bee: As these exotic wings change directions, according to Dickinson, even more vortices are added by the rotation of the wing literally flipping over in a 90˚ arc. Using its wings as a propeller with a rotating blade, the bee's wing also flaps "back into its own wake, which leads to higher forces than flapping in still air. Lastly, there is another peculiar force known as "added-mass force" which peaks at the ends of each stroke and is related to acceleration as the wings' direction changes (Phillips 2005).

Two things are involved in how the bee moves its wings: it creates its own unique dance; it does not attempt to move its wings like a hummingbird because it would surely remain earthbound. Secondly, it is constantly moving dimensionally in width and length (arc) and willing exposing its underside to get greater force. Two lessons should leap from the page: don’t do what everyone else does; do what works for you even if it looks strange. You may have to work harder to achieve success, but work it. In addition, expose yourself to criticism, ridicule; spit in fear’s face as you turn yourself upside down to be able to lift off the ground. Sure, you are exposed, but once you achieve lift, no one can touch you. It seems effort seems to be like a great deal of work to defy nature, but one only needs to consider what bees do for us once they are in the air to see it is worth all the effort. Bees pollinates flowers which take in our carbon dioxide and release needed oxygen, and they also produce something awfully sweet and beneficial in honey, (which I use to help me combat allergies).