Which statements are correct regarding stall speeds?

The correct answer about stall speeds highlights the importance of understanding how stall speed varies with different aircraft configurations and weight.

Stall speed is defined as the minimum speed at which the aircraft can maintain level flight. An increase in weight typically raises the stall speed, as the aircraft needs to generate more lift to counteract the added weight. Similarly, variations in configuration, such as deploying flaps or changing the angle of attack, can also impact stall speed.

In this context, statement 1 might be affirming that stall speed increases with weight, and statement 2 could be addressing another variable that influences stall speeds, such as configurations. If both statements align with these principles of aerodynamics, they would indeed be correct. Thus, selecting the option that confirms both statements are correct accurately reflects an understanding of how stall speeds are calculated and the factors affecting them.