The formula to calculate the Cycling Power to Weight Ratio is:
\[ CPW = \frac{CP}{W} \]
where \( CPW \) is the Cycling Power to Weight Ratio, \( CP \) is the functional threshold power, and \( W \) is the weight.
The Cycling Power to Weight Ratio is a measure used by cyclists to determine their efficiency and performance. It represents the amount of power a cyclist can produce relative to their body weight. A higher ratio indicates better performance, especially in climbing and endurance events.
Let's assume we have the following values:
Step 1: Divide the functional threshold power by the weight:
\[ CPW = \frac{2.5}{150} = 0.017 \]
Therefore, the Cycling Power to Weight Ratio is \( CPW = 0.017 \) kW/lb.
