Looking at the golf swing physics.
Right golf swing obviously has a huge impact on your game. The golf swing is a great example of physics and is a perfect example of angular motion. The twisting swing produces torque on the club. This torque force changes the angular velocity of the club, causing rotation. Almost every club heads weigh close to the same, so the main point to being able to hit the long ball lies in the club head velocity. The faster your club head is moving at the bottom of your swing, the greater the amount of kinetic energy that will be transferred from club head to the ball because the kinetic energy is proportional to the mass of the club head and the square of its velocity.
Most of the pros usually achieve club head speed at about hundred mph at the bottom of the swing. Tiger Woods, though, can hit the ball with the average of 30 miles per hour faster.
A typical way people try to hit a ball harder is to snap their wrists at the bottom of their swing. Though thisbut even if you think that you are getting more power , this action actually slows the club head down, according to , a golf expert who has published works on the physics of golf.
So how can Tiger Woods , a man who is 6’1” and only 158 pounds, manage to have one of the longest drives amongst all professional golfers? The answer is that he is able to focus and conserve the energy in his swing with very careful and proper technique.
Here are 4 key elements of Tiger Woods swing:
1. At the back of his swing, Woods utilizes his flexibilty to reach far back, extending his range of motion while keeping his rotating torso directly over his right leg.
2. As he begins his swing, Tiger Woods builds up club head velocity by turning his torso speedily and pressing his right leg forward . Throughout his swing, Woods wastes just a bit energy by maintaining his positionover the ball.
3. Woods drives through the ball, using his hips, shoulders and wrists to concentrate his force and create a very high starting ball speed. Within 2 feet off the tee the ball is travel at around 180 miles per hour – about thirty miles per hour faster than the average tour pro .
4. Woods allows the club head’s momentum to extend his follow-through far around his back, completing a long and smooth clubhead rotation .
Chipping out of a sand trap and putting require different swings than those of a drive or a shot from the fairway. During a chip shot out of a sand trap, the golfer hits the sand behind the ball with his club head. The sand between the club and ball provides cushioning by absorbing some of the energy. Therefore, the distance of the shot will be determined by how far behind the ball the club head hits the sand.
Aside from being able to crush the ball at the tee, a golf player should also adapt his swing according to the weather condition.12 degrees is thetypical angle of flight the ball fly from the tee shot . However, if there is a wind , there are ways to correct this angle to maximize the distance of your drive. If the wind is coming from behind you you should choose a club with a greater lie angle to give the ball more loft so you can use the wind to your advantage to carry your ball further. If you are facing a headwind, however, you generally want to use a club with a smaller lie angle because wind from the front will tend to destabilize your ball and can amplify a hook .
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