If you’ve never twanged a rubber band before (I highly doubt), then picture the action of plucking a guitar string. Basically, their wings don’t expand and contract like bird’s wings do instead they vibrate with each nerve impulse, meaning there could possibly be 10 to 20 flaps per nerve impulse. Actually, it’s as simple as understanding a rubber band! Bumble bees are able to beat their wings 200 times a second, which is 10 to 20 times the firing rate of the human nervous system, so you know it’s fast. Now that that’s out of the way, how exactly do the minuscule wings of the bumble bee carry its gargantuan body? The concept is almost on par with quantum mechanics. Which is untrue, because engineering is superior to biology. To the biologist, however, the aerodynamicist’s initial failure was sufficient evidence of the superiority of nature to mere engineering. That was about all he could do at a dinner party. Not surprisingly, there was insufficient lift. To keep things simple, he assumed a rigid, smooth wing, estimated the bee’s weight and wing area, and calculated the lift generated by the wing. Kids love doing paper mâché crafts, and they will definitely love this one. Its simple to make, so ask anyone you know who can crochet to make it for you. To answer the biologist’s query, the engineer did a quick “back-of-the-napkin” calculation. This is such an adorable honeybee headband. So where did this myth come from? Well, here’s how the story goes: One evening at dinner, a prominent aerodynamicist happened to be talking to a biologist, who asked about the flight of bees. Obviously this is not true, we’ve all seen a bumble bees fly.
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