Rifling in the barrel causes the bullet to spin.

Rifling in the barrel causes the bullet to spin.

• A. True
• B. False
• C. Not sure
• D. Both

Answer: (A)

Rifling is the spiral grooves inside the barrel that grip the bullet as it is fired. As the bullet passes through, the lands force it to rotate, imparting angular momentum. That spin stabilizes the bullet in flight the same way a gyroscope stays upright, keeping the nose pointed forward and reducing yaw or tumbling. With this stabilization, the bullet maintains a more predictable, straighter trajectory and hits more consistently at longer ranges. Without rifling, the bullet would exit with little to no spin and become unstable very quickly, reducing accuracy. So the statement is true.

Rifling is the spiral grooves inside the barrel that grip the bullet as it is fired. As the bullet passes through, the lands force it to rotate, imparting angular momentum. That spin stabilizes the bullet in flight the same way a gyroscope stays upright, keeping the nose pointed forward and reducing yaw or tumbling. With this stabilization, the bullet maintains a more predictable, straighter trajectory and hits more consistently at longer ranges. Without rifling, the bullet would exit with little to no spin and become unstable very quickly, reducing accuracy. So the statement is true.