golf

Learn about the role of elevation line and Lespaul in golf scenes, and how the "Putt Physics" app can help you recalculate your putt.

Learn about a golf trick that helps you sink the ball into the cup from any position on the green. Discover the fun and memorable names used in the "Putt Physics" app for some golf terms.

Learn how to improve your golf putting success rate by aiming slightly past the cup with your putter. Discover why the orange line is the way to go in this informative article for golf enthusiasts.

Learn how to calculate the motion of a golf ball on a slope in two dimensions using the x and y axes. This article offers informative and engaging approaches to make the calculations more interesting.

Learn about the physics of a ball rolling down a slope in golf, including forces, equations of motion, and calculating straight uphill and downhill lines. Understand the importance of slope angle and gradient in golf gameplay.

Learn about the physics behind a golf ball's roll on a flat surface on the green, including the frictional force, friction coefficient, and the Stimp meter tool. Discover how to calculate the distance the ball will travel using three equations of motion.

We discuss how to calculate the initial velocity of a golf ball when hit by a putter. We use the principle of conservation of momentum to determine the motion of the putter head and the ball at the moment of collision.

Learn how to adjust your putt distance using "Putt Physics" app that calculates the swing amplitude based on swing angle, and discover how the formula used is the same as in other areas of physics.

If you're a beginner struggling with your golf putts, this article provides tips on how to improve your accuracy. It also explains the physics behind the swinging motion of a golf putter, using the example of a simple pendulum motion.

This article introduces a practice app for golf enthusiasts who want to improve their putting skills. It describes the app's features and limitations in detail, and provides information on the calculation methods used.