top | item 46774664 (no title) laurencerowe | 1 month ago Isn’t the acceleration here just the difference in velocity between the plane and the runway so 0.7 m/s/s? discuss order hn newest petschge|1 month ago IF the velocity would change from 0.7m/s to 0m/s over one second, the acceleration would be 0.7m/s/s. But if the time span over which that velocity change is (much) shorter, the acceleration would be (much) higher. adgjlsfhk1|1 month ago Is it much shorter? An airplane does take a while to settle down. You land tail first and the nose generally takes a second or so to come down. load replies (1)
petschge|1 month ago IF the velocity would change from 0.7m/s to 0m/s over one second, the acceleration would be 0.7m/s/s. But if the time span over which that velocity change is (much) shorter, the acceleration would be (much) higher. adgjlsfhk1|1 month ago Is it much shorter? An airplane does take a while to settle down. You land tail first and the nose generally takes a second or so to come down. load replies (1)
adgjlsfhk1|1 month ago Is it much shorter? An airplane does take a while to settle down. You land tail first and the nose generally takes a second or so to come down. load replies (1)
petschge|1 month ago
adgjlsfhk1|1 month ago