Earlier quoted context omitted.
Agree 100%. From the article: >Suppose you’re on a 2-lane (each way) highway and one lane is closed up ahead due to construction. Now the flow rate of your lane is cut in half (or there are twice as many cars in line in front of you, depending on how you want to look at it). What I observe is that the speed is reduced to one twentieth of the speed, not just half. This is because people are merging very slowly while j…
I think you're may be thinking of this as one mechanism instead of two separate mechanisms. You are dealing with a queue as well as a through-rate at the merge-point. The through-rate with one lane can still be 1/2 of the through-rate with two lanes, but because you have a queue waiting to reach the merge-point you can end up waiting much longer. More spacious merging will not change this because of the principle sta…
I have to disagree with this. If you increase the speed at the merge point, someone who is newly joining the queue will definitely cross the merge point in lesser time than with lesser speed at the merge point.