Yet, Sütterlin looks different, as it often has vertical and diagonal straight lines where Latin script has round shapes. But likewise, it's difficult to read.
Fortunately, my russian teacher wrote "normally", while I had to deal with basically this mess in German, where you only could separate the u from the n and the w from the m by the lines below the u and w.
Actually, the (vertical) velocity of the deflected center point of the rubber band is faster than the axial contraction of the rubber band itself (at that point) which is limited by the speed of sound of the material.
Derivation: Pythagoras, chain rule
Based on that, knowing the speed of sound of rubber, one can obtain a minimal required length of the rubber band.
Exactly, 50:50 is statistically the most likely scenario (7.96%), while e.g. 51:49 being only slightly less likely (7.80 %). A strongly biased distribution as e.g. 60:40 only has a small probability of 1 %, but is not impossible.
If you flip a coin, the result has two possibilities: It may show either the obverse side (head) or the reverse (tails). These possibilities have equal probability ("50:50"), i.e. in 100 times the coin is flipped, statistically both sides are shown 50 times.
At least you have the option in NewPipe to do so: Sharing from the share button within the video will share the url with time stamp. Sharing using the share button below the video will share the url without time stamp.
Yet, Sütterlin looks different, as it often has vertical and diagonal straight lines where Latin script has round shapes. But likewise, it's difficult to read.