You could also split the curve at an arbitrary value of the parameter t. Then find the length of that entire curve. Splitting at a specific value is straight fo

You could also split the curve at an arbitrary value of the parameter t. Then find the length of that entire curve. Splitting at a specific value is straight forward. Edit: or were they talking about 26 percent of the length as opposed to t = 0.26? that's a different story. Edit2: Oh, that's just 0.26 times the total length. What am I missing?