I think you got it all wrong. Because e=mc2, as you go faster and your engery remains the same then your mass actually icrease (yes you get fatter the faster you go). This cause your internal gravity to increase and so the your personal pull on the rain drops increase in your vicinity. Therefore they hit you with a greater force than when your going slow. thanks to einstein we now know that rain drops really can't tell how fast your going (this was his main contribution to science). Though there are reports that rain drops can read bike computers. Do you use one of those?
4 comments:
I think you got it all wrong. Because e=mc2, as you go faster and your engery remains the same then your mass actually icrease (yes you get fatter the faster you go). This cause your internal gravity to increase and so the your personal pull on the rain drops increase in your vicinity. Therefore they hit you with a greater force than when your going slow. thanks to einstein we now know that rain drops really can't tell how fast your going (this was his main contribution to science). Though there are reports that rain drops can read bike computers. Do you use one of those?
Yes. Whoa. That clears things up a bit. So, what you're saying is that when it rains, I should take the computer off? That almost seems too easy.
you also missed:
'Rain is sentient. It knows when you're setting off from work to go home'
I rode in the rain too! Now, freezing rain really hurts!
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