yeah, it depends on *how* they fall. An average mouse weighs a mere 25 grams (0.05lbs) and has a surface area of 78 sq cm. Plenty of real-life creatures can survive the force of an impact at terminal velocity. "Terminal velocity" is the key. Their terminal velocity is low and they have great structural strength, for the same reason: lots of area per unit mass. Thus coal mines were infested with mice and rats, which lived on the crusts of the miners’ sandwiches. A skydiver jumping out of a plane accelerates to around 160 mph, depending on body weight and positioning, then goes no faster. Their small size, light bone structure, and thick fur decrease their terminal velocity.While falling, a cat spreads out its body to increase drag. Mice can survive any fall: their terminal velocity is slow enough. Mice can survive falls of essentially unlimited height. Terminal velocity. However, it turns out, a typical domestic cat’s terminal velocity is sufficiently low, around 60 mph, that they can absorb the shock of the landing. Here your creativity is the limit. A. For example a box turtle would die, because the more compact shape without hair gives a higher terminal velocity and the body has no give to cushion the blow. In addition to the righting reflex, cats have other features that reduce damage from a fall. Terminal velocity is the top speed a falling object drops from a height. Mice, and also rats, survive falls down mine shafts. WHY #1 – Terminal velocity Many readers pointed out that ants were too small and weighed … Once they relax, they orient themselves, spread out, and parachute to earth like a squirrel. This enhances the cat’s chances of survival and reduces the risk of injury. This one seems like it shouldn’t be true. This isn’t to say they will absorb the shock without injury; simply that they are more likely to survive … porcupines are known for just rolling into a ball and falling out of trees when they don't feel like climbing back down themselves. If a cat falls from a sufficient height, it will reach terminal velocity. and terminal velocity is exactly the thing they are talking about. That results in a mouse’s terminal velocity being about 25 ft/sec which is about the speed a skydiver falls with an open parachute. A human-sized ant would be only slightly more fall-proof than a human-sized human. Rats and mice, along with their smaller animal brethren. At a weight of 7.12g, a 2p coin would in theory reach terminal velocity at just over 19km an hour, hardly fast enough to kill you. "A rat is killed, a man is broken, a horse splashes." Feline Terminal Velocity. Compare that to a human skydiver whose terminal velocity is about 170 ft/sec prior to the parachute opening. For example, most insects cannot be killed by falls from any height, because as you scale down objects, they tend to handle impacts far better. "Terminal velocity" is the key. When these two forces equal each other out, you've got terminal velocity – the stable speed at which a skydiver falls. So yes rats will live but the size of the animal that can survive is dependent on other factors as well. for smaller animals like mice, they can fall forever and technically they can be fine. Like many small animals, cats have a non-fatal terminal velocity – in cats this is about 60mph.

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