The physics of shooting arrows into water: trajectory and impact

What is the maximum depth an arrow can reach when shot into water?
What role does the air-water interface play in affecting the trajectory and impact of arrows?
Are there any historical or cultural practices related to shooting arrows into water?
How does the elasticity of the arrow shaft affect its performance when shot into water?
What are some real-world applications of understanding the physics of shooting arrows into water?
Are there any specialized techniques for shooting arrows into water used in hunting or sport?
How does the speed of sound in water affect the behavior of arrows shot into water?
What are the safety considerations for shooting arrows into water, especially in terms of ricochets?
How does the size and shape of the arrowhead affect its performance when shot into water?
How do different types of bows (e.g., recurve, compound) affect arrow trajectory when shooting into water?
Are there any aerodynamic principles that apply specifically to shooting arrows into water?
What happens to the kinetic energy of an arrow as it travels through water?
How does the buoyancy of the arrow affect its trajectory and depth of penetration into water?
What is the relationship between arrow speed and water resistance?
How does the depth of the water affect the trajectory and impact of arrows?
What is the difference in trajectory between shooting an arrow into still water versus moving water?
Are there specific types of arrowheads that are more effective for shooting into water?
How does the weight distribution of an arrow impact its behavior when shot into water?
What role does arrow velocity play in determining its penetration into water?
How does water density affect the penetration depth of an arrow?
What happens to the speed of an arrow as it travels through water?
How does the angle of entry affect the trajectory of an arrow shot into water?
What factors influence the trajectory of arrows shot into water?