What happens to the flexibility of a conductor as it is stranded?

When a conductor is stranded, the flexibility of the conductor actually increases. Stranding involves twisting together multiple smaller wires or strands instead of using a single solid wire. This construction allows the conductor to bend more easily and adapt to various configurations without breaking or kinking.

The increased flexibility occurs because these smaller strands can move independently of each other, allowing the overall assembly to flex and adjust more readily. This is particularly advantageous in applications where the conductor must navigate around obstacles or must be handled frequently, as it can reduce the risk of damage or fatigue.

In contrast, a solid conductor tends to be more rigid, making it less adaptable to situations involving movement or changing connections. Thus, the stranded configuration is preferable for many applications that require both flexibility and durability.