Yes, it does. Although it does depend on what material the ball is made of, for the most part, yes. If you rolled a 5 pound ball made of rubber, with a circumference of 6 inches, it would go less far on a flat plane than a 5 pound rubber ball with 12 inches of circumference.
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*correct me if I'm wrong guys*
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Yes the bounce of the ball affects the distance it can cover. As the ball bounces, the gravitational force acts on it such that it slows the movement of the ball. High bounce= low trajectory and low bounce=high trajectory.
sometimes. if a ball was really big and heavy, it wouldn't be thrown very far. if it was small and light, it could be thrown pretty far. but if the bigger ball was filled with air, and the smaller ball was solid and metal, the bigger ball would be thrown farther than the smaller one. make sense?
The size of a ball does affect how fast it rolls. Surface also play a major role in how fast a ball will move.
the larger the circumference of the ball, the farther it will go.
To a certain extent yes. In theory, the longer the shaft, the greater the distance is between the pivot, which is the hands, and the club head. Therefore more momentum can be generated.
Newton's 3rd law doesn't state anything of the kind. The reason we don't bounce back from a wall is because we're sort of inelastic. We do "bounce back" to a certain extent, but not the same way a rubber ball does.
In a vacuum, they will hit at the same time.
There isn't a completely simple answer to this question, but I'll try and give you some 'rules of thumb'. As I'm sure you are well aware, the distance a golf ball carries depends on quite a few factors, e.g.: a) atmospheric conditions b) clubhead speed at impact c) how close to the so-called 'sweet spot', on the clubface, the initial contact with the ball is, at impact d) the nature and characteristics of the golf ball and driver in use, which in turn depend on the manufacturer and model. Some balls, and some drivers, produce a more 'lively' impact than others, so that the ball leaves the clubface at a higher speed, even at constant clubhead speed. Also the ball spin characteristics are a variable and again this affects distance. However, having said all of that, here are some ROUGH guideline figures: With a typical, 'middle of the range' modern driver, with a loft of about 10 or 11 degrees, and a 'middle of the range' ball: 90 mph clubhead speed will typically produce about 200 yards of CARRY (not total distance) 100 mph -----------------------------"-----------------------225 110 mph -----------------------------"------------------------250 Now, there are some important things to remember about those numbers: 1) The figures assume a clubface SQUARE TO THE TARGET at impact and 2) The direction of the clubhead is STRAIGHT THROUGH TO THE TARGET at the instant of impact. and 3) The clubface contacts the ball AT THE 'SWEET SPOT' on the clubface. An important thing about point number 3 above is that, as another rule of thumb, for every quarter inch (6.3mm) away from the sweet spot the contact is, you will lose about 5% of distance. Many ordinary golfers, for much of the time, are half an inch or more off the sweet spot. So that's 10%, which equates to 20 yards on a 200 yard drive - quite a lot!! All this underlines the need for golfers to learn to hit the ball BETTER, rather than just trying to hit it harder. Now the above figures are CARRY, not total distance. The extra bit of distance is of course the 'bounce and roll' and this varies enormously when using a driver. On very soft ground you'll get virtually nil bounce and roll, but on hard, dry ground you might get 50 yards or maybe more. Under 'average' ground conditions, you can reckon on bounce and roll being about 10% of the carry distance. What I've said above is by no means an exhaustive explanation of the factors affecting distance, but it's a start. In conclusion, using the figures I've provided, you can deduce that you might expect a 250 yard drive with average modern equipment from a clubhead speed of just over 100 mph, assuming that bounce and roll is 10% of the carry distance, and assuming good, precise, square impact.
Yes
The ball keeps moving forward because of its momentum, which is not a force.
Yes if the wind is blowing hard it will move the distance of the ball
AnswerIt has to do with the material a golf ball is made out of. It is a extremely strong material. A golf ball needs to bounce high to be able to get hit by a golf club and fly through the air and hit the ground and bounce. Due to that information a golf ball will bounce highest compared to almost ANY other balls. A golf ball is the winner of bouncing the highest.
You can't let it rebounced twice before you hit it, but you can let it bounce once or not bounce at all,
Yes it does, the water accumulates in the ball, which causes it to get heavier and therefore doesn't bounce as high as a normal tennis ball. The ball also tends to slide on the courts when the ball hits the surface when hit with pace.
There is no difference from one that does not bounce.
a bounce pass
When serving, this is called a "drive serve."
A ball with backspin will bounce slightly more backwards when it hits the ground, or slightly more forwards if it hits a ceiling. In basketball, this makes the ball more likely to fall through the hoop if it hits the back of the rim, or more likely to bounce high (and possibly fall into the hoop) if it hits the front. In tennis, this makes the ball bounce higher on a normal shot, making it slightly easier to hit. It can prevent a drop shot from going as far, also, making the player run further in order to catch it. In golf, the ball will bounce a shorter distance (or possible bounce backwards after a very high shot).
You can kick it, throw it, bounce it, hit it with a racquet or a bat, juggle it and do many other actions with it.
A soccer ball bounces as the air particles in them hit and apply pressure at the ball, when it hits a surface, the pressure from the particles apply a force on the ball. Thus, making it bounce.
Hit the ball as hard as you can!
The more dense a bat is, the more harder it is. The harder the bat the less amount of energy is absorbed so the ball will go farther. Main point: Bat more dense- farther hit Bat less dense- shorter hit