First, bort's quote says "most", not all. Second, PT is exponential, as confirmed by bort (and the description itself).
Let's for the sake of this argument imagine that hypothetically, PT adds 1% break tackle chance per point and 1% higher chance of it to work. It's much more, but let's assume.
One SP spent in it would give you a 1% chance to get a 1% increase to your break tackle, meaning a 0.01% increase in average.
Another SP spent in it would increase that to 2% chance to get a 2% increase, meaning a 0.04% increase.
Spend two more SP (one more point in it) and it would increase to a 3% chance to get a 3% increase, meaning a 0.09% increase.
Two more and it would become 4% chance to get a 4% increase, meaning a 0.16% increase.
Let's cut to the chase and go to full 10 points. A 10% chance to get a 10% increase would mean a 1% increase, so from 1 point to 10 points, it is 100 times more efficient.
Exponential!
Let's for the sake of this argument imagine that hypothetically, PT adds 1% break tackle chance per point and 1% higher chance of it to work. It's much more, but let's assume.
One SP spent in it would give you a 1% chance to get a 1% increase to your break tackle, meaning a 0.01% increase in average.
Another SP spent in it would increase that to 2% chance to get a 2% increase, meaning a 0.04% increase.
Spend two more SP (one more point in it) and it would increase to a 3% chance to get a 3% increase, meaning a 0.09% increase.
Two more and it would become 4% chance to get a 4% increase, meaning a 0.16% increase.
Let's cut to the chase and go to full 10 points. A 10% chance to get a 10% increase would mean a 1% increase, so from 1 point to 10 points, it is 100 times more efficient.
Exponential!






























