Why does a shot travel farther than a softball?



Why does a shot travel farther than a softball?

In other words, the shot will travel farther than the softball, because its mass makes it less vulnerable to air friction and gravity. While the law of inertia works similarly on both the air and ground, the forces that help determine how a ball rolls differ slightly between the two.

Does the size of a ball affect how it travels?

Size affects how a ball travels — but not as much as its mass. Whether on the ground or in the air, a variety of forces contribute to the motion of a ball. Focusing on spherical (circular) balls — such as those used in golf, baseball and basketball —- the size and mass of the ball helps determine how it travels.

What determines the direction of a golf ball?

Focusing on spherical (circular) balls — such as those used in golf, baseball and basketball —- the size and mass of the ball helps determine how it travels. In addition to having an impact on speed and trajectory, the size and mass of balls also contribute to how external forces affect them.

Why do balls with different mass densities travel at different speeds?

Due to the different effects of external forces, balls with high mass-density would travel farther and faster than those with low mass-density if you could launch both with an infinite amount of force. Although you can’t do this, throwing or rolling balls of different mass-densities at the same initial speed obtains the same effect.