@Not_Herbert1969@Blessing1759401@KingTunde_SZN There is no indication. But that doesn't change the fact there there is possibly cardboard there, and that changes the count for the minimum possible number of holes in the shirt.
@Blessing1759401@KingTunde_SZN With the second smaller sheet of cardboard slipped inside the shirt, we can't see whether or not there are any holes on the backside of the shirt.
@TeamYouTube@AsmrValeriya@TeamYouTube Your incompetent bots were unfair to Val. If there was anything inappropriate in the video, please tell us exactly what it was and what timestamp in the video you claim it was at. But nothing in her video violates any of your rules.
Those alleging that someone shooting at Trump today was “staged” with zero evidence are loathsome, disgusting people who play a big role in tearing this country apart. Imagine providing cover for horrific political violence. Beyond shameful.
Please restrain from elevating obvious bad-faith messengers on the other side as proof that your political opponents are malevolent. Once that spiral gets out of control, it is hard to dampen.
@PeaceIslandGame Meow! The creators of Peace Island just released the most beautiful and playable preview of the game so far. It only contains a small fraction of what will be in the final video game, and still has some known bugs, but is already quite worth checking out. See their Patreon page.
@toy_soldiersx @dpernoux@CoreMath80 Substitute a=x-1 to get a^6=64, (convert back to terms of x later). We have a variable to a power equals a constant, so we can use symmetry. There must be 6 equal angles centered around a=0+0i, (each 2π/6 radians), and each vector they make has magnitude sixth-root of 64 (2).
@LauraWa35846008@engineers_feed It is understandable why one might think that. But the shortest available path has a resistance of just 2R and adding more alternative paths can only lower the total resistance, not increase it.
@sanecenteright@sebodraw@engineers_feed Electricity flows through every path in inverse proportion to how much relative resistance is along each path. In the given example, 75% of the current takes the top two paths and 25% takes the bottom two paths.