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MiNdHaBiTs
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what wind has more force the wind of you standing on top of a car doing 200mph or you standing still and a 200mph wind hitting you?
10 charsgendou2 said:... or holding on for dear life in a storm ... with 80% of your body behind a windscreen.
I wear a full face helmet, (also ear plugs to reduce wind noise), when I ride a motorcycle. Considering head height is almost as high as a SUV, speeds on a motorcycle appear to be lower than in a car. 100mph or faster wouldn't be too fun if your face was exposed.gendou2 said:No, I was talking about only the feeling on your face.
Well, the point is that the air in the envelope of a moving motorcycle, even where your face is, is possibly significantly less than 100mph relative to you.gendou2 said:Huh? Windscreen? No, I was talking about only the feeling on your face. The rest of the body, windscreen or no, is irrelevant. In any cast, problem solved, so let's lock it up.
DaveC426913 said:Well, the point is that the air in the envelope of a moving motorcycle, even where your face is, is possibly significantly less than 100mph relative to you.
A 100mph wind OTOH, would be truly 100mph.
I don't think it is negligible, and I do think it's the question being addressed, as per post #3, in which the OP explains the circumstances under which the question has been raised.gendou2 said:True, but this is negligible and I don't think it's the question being addressed.
The difference in force between riding a bike and facing a 200mph wind is significant. When riding a bike, the force is generated by the rider's muscular strength and the resistance of the bike against the ground. However, facing a 200mph wind means being exposed to a much greater force, as the wind's speed and pressure can easily overpower the rider's strength.
A 200mph wind has a much higher force compared to riding a bike. The force of the wind is determined by its speed and pressure, which at 200mph can be incredibly strong. In contrast, riding a bike relies mainly on the rider's strength and the bike's resistance against the ground, which is significantly lower than the force of a 200mph wind.
It is unlikely that a person riding a bike can withstand a 200mph wind. The force of a 200mph wind is strong enough to knock over buildings and uproot trees. It would be nearly impossible for a person, even with great physical strength, to withstand such force while riding a bike. It is important to seek shelter in safe and sturdy structures during strong winds of this magnitude.
The force experienced when riding a bike is affected by several factors, including the rider's weight and strength, the terrain and slope of the road, and the speed at which the bike is moving. Other factors, such as air resistance and the weight and design of the bike, can also impact the force experienced while riding.
The force of a 200mph wind can be measured using an anemometer, which is a device that measures wind speed and pressure. This data can then be used to calculate the force of the wind using the formula F = ρAV², where F is the force, ρ is the density of air, A is the cross-sectional area of the object exposed to the wind, and V is the wind speed. Additionally, the damage caused by the wind can also serve as an indicator of its force.