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When evaluating the impact of bends in the conductor's run within a duct bank, it’s essential to understand that bends create additional resistance and potential friction. This can affect the ease with which conductors are pulled through ductwork.

The presence of bends means that the pulling distance, which is the length from one end of the duct to the other, effectively increases. This is because the path taken by the conductors is no longer a straight line. Additionally, more effort is required to navigate the bends, which can make the pulling process more challenging.

While it's true that the physical pulling distance may not decrease due to the presence of bends, the implication is that any potential inefficiency or complications introduced would mean that the act of pulling actually requires consideration of the total length and difficulty involved, leading to an indirect implication that the distance effectively becomes more significant than just the linear measurement alone.

Thus, the essence of this scenario is that bends in the conductor's run complicate the pulling process, making it technically more demanding and not more efficient, hence impacting how performance is perceived in terms of delivering conduit runs effectively.