"Explain what each of these graphs would mean." K. A: Equal input=output B: as time goes, the flag goes very fast but slows down near the top C: The flag would unevenly go up at a really uneven pace D: Slow start but near the top it goes up very fast E: Slow, then fast, then slow again. Seriously, what even is this? is he a broken robot. F: This would mean that it would take a single second to get the flag to the top. Really, impossible. "which is most realistic??" Calm down, Cresswell. I got this. In the real world, I think that option C would be the most accurate representation because of the pulleys in the flag, they would make the input (meaning the force of the boy pulling on the rope) and the output (the flag going up) exactly equal. But you may ask, "Then why not option A because X=Y" well because humans are not perfect and he would most likely pull on the rope at an uneven pace because of having to let go with one hand and pull down with the other and so on and so forth."Which is most unrealistic?" Option F because by that graph that basically says, you blink and that flag is at the top and seriously, if somebody pulled that off I would just stay away from that guy. |