If your simulation program recommended an 8 second ejection delay but winds at the launch site are 15 miles per hour, what adjustment should you make?

Using a shorter ejection delay is warranted in this scenario due to the impact of wind speed on the rocket's trajectory. An ejection delay is designed to release the recovery system (like a parachute) at an optimal time to ensure a safe landing. When wind speeds are significant—such as 15 miles per hour—there is a higher likelihood that the rocket will drift from its launch point during descent.

If the ejection delay is longer than the recommended duration, the rocket may not be at an optimal height for recovery deployment when it begins to descend; instead, it could be blown off course significantly by the wind, which may complicate recovery. By shortening the ejection delay, the rocket can deploy its recovery system sooner, ensuring that it reaches the ground more reliably and reduces the distance it may drift due to wind. This adjustment helps in managing recovery more effectively, especially in windy conditions.