Which three strategies will enhance a rocket's stability?

The first choice focuses on strategies that directly and effectively enhance a rocket's stability.

Adding nose weight shifts the center of gravity forward, which is critical for stability in rocketry. A rocket with a forward center of gravity is more likely to maintain a straight trajectory during flight.

Making the rocket longer also contributes to stability by increasing the distance between the center of gravity (CG) and the center of pressure (CP). A longer rocket presents a greater lever arm against any aerodynamic forces acting on it, which helps to ensure that these forces do not cause the rocket to tumble or spin out of control.

Increasing the number of fins can enhance stability by providing more surface area to generate aerodynamic lift. This added lift helps to counteract any rotational forces that might arise during flight, keeping the rocket oriented correctly.

Each of these strategies targets the dynamics of stability, making the first choice the most effective for enhancing a rocket's flight performance.