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buttered side down and accumulation perspective

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Date Editor Before After
5/31/2021 2:23:30 PMPLrankAdminSprung before revert after revert
Before After
1 [quote]@Stuff: ... so the butter side has less drag ...[/quote] 1 [quote]@Stuff: ... so the butter side has less drag ...[/quote]
2 \n 2 \n
3 If that is actually the case, a plane with toast-wings and butter on their upper side would experience more lift than an identical plane that is only lacking the butter, right? 3 If that is actually the case, a plane with toast-wings and butter on their upper side would experience more lift than an identical plane that is only lacking the butter, right?
4 \n 4 \n
5 [quote]@SmokeDragon: ... microscopic vortex sometimes called whirlpool on the surface formed by the rushing air fight ... the result is an explosion of micro butter missiles that are hurtled at speeds that obliterate half of them due to impacting any small air resistance shock-waves ... [/quote] 5 [quote]@SmokeDragon: ... microscopic vortex sometimes called whirlpool on the surface formed by the rushing air fight ... the result is an explosion of micro butter missiles that are hurtled at speeds that obliterate half of them due to impacting any small air resistance shock-waves ... [/quote]
6 \n 6 \n
7 Those vortexes would increase drag on the butter side. Those butter-oil-missile would also transfer an impulse to the toast in direction uf the unbuttered side, when leaving it. Both effects would result in quite the opposite as to what @Sprung hypothesised w. r. t. a toast-planes lift. 7 Those vortexes would increase drag on the butter side. Those butter-oil-missile would also transfer an impulse to the toast in direction uf the unbuttered side, when leaving it. Both effects would result in quite the opposite as to what @Stuff hypothesised w. r. t. a toast-planes lift.
8 \n 8 \n
9 We can easily find out by building several identical toast-planes and measure their flight behaviour in a wind channel. (Use feather suspension to measure any lift generated.) 9 We can easily find out by building several identical toast-planes and measure their flight behaviour in a wind channel. (Use feather suspension to measure any lift generated.)
10 \n 10 \n
11 [quote]@Steel_Blue: ... that cube will inherit the 20 m/s as it exits the paired portal ...[/quote] 11 [quote]@Steel_Blue: ... that cube will inherit the 20 m/s as it exits the paired portal ...[/quote]
12 \n 12 \n
13 That would be especially true for cubes of toast, buttered or unbuttered? Would that yield to an experimental setup? 13 That would be especially true for cubes of toast, buttered or unbuttered? Would that yield to an experimental setup?