what falls faster a bowling ball or a feather?
80665
well as they said, the ball falls faster  than the feather, not becuase its heavier, not that gravity is more on it. its because of the simple reason, air risistence. in vacum, where there is no air , itll take the same time for both to reach ground.
842701
I would say a nerf ball with wings.
97194
If you're refering to action of the pins in bowling, check out this reference. Basically, action is the pins spinning horizontal, as opposed to vertical, knocking over their neihboring pins.
489115
BATTING or BOWLING or an allrounder
518493
actually, the ball fit is more important in bowling than the weight.\n\nthe fit of the ball should be\n1 comfortable\n2 fit the hand and fingers, properly, (not to big or to small)\nthe ball should touch the palm of the hand with little or no gap between ball and hand.\n\nnow for weight.\n\nwith a proper fitting ball, hold the ball down by your side with the arm fully straight down to the ground, now, lift the ball using just your biceps to waiste level, in a controlled manner \n\nif this is to easy, then the ball is too light\nif you can do it, but is not easy then it is about right\nif you can not do it, or struggle to lift it, then the ball may be to heavy.\n\nOsosober
1174708
I like 5 pin bowling\nthe ball is not as heavy \nin 10 pin bowling you have to put your fingers in those holes, yuck!
419641
http://www.branders.com/referrertrack/gac011709?rdURL=/index.jsp&gclid=CNm32a-8vYQCFRh8UAodkQ-HLQ\nhttp://shopping.yahoo.com/search/;_ylc=X3oDMTJvdDU0cTk3BF9TAzk2MDc5MjYwBGFkZ3JwAzI4NzA1OTk3MwRldnQDODc3NzE1MwRrA2N1c3RvbSBib3dsaW5nIGJhbGwEb21tA2Jyb2FkBHNlYwNrYgRzbGsDdGl0bGU-?view=l&p=custom+bowling+ball&sp=pall&no_truncation=1
655182
For maybe a half a second. The ball will initially go as fast as the car, but, because the mass of the ball has so less mass in comparison to the car, it will quickly lose momentum and slow down and fall to the ground.
803160
If they are thrown with the same MAGNITUDE of velocity, and you are either not counting air resistance or are assuming that they all have the same drag parameters, then the MAGNITUDES of the final velocities will all be the same.  The actual velocities of the ones thrown up and down will be exactly the same while the one thrown horizontally will have a horizontal component an a lesser vertical component.  Still, all magnitudes will be the same.\n\nIf however, they are thrown at different speeds, then it will be the one that is thrown the hardest If you are counting air resistance and the balls have different drag parameters, then you have not provided enough info to tell.\n\nAnd if by final velocity you mean after they have come to rest on the ground, then obviously they all have a velocity of 0.  Typically this is not referred to as final though.
1176226
PULL..HITING THE BALL ITS SIDEWAYS....LIKE SLAPPING ONES FACE.\n\nHOOK..HITTING THE BALL UNDERNETH.\nIF YOU HIT THE BALL  OVER THE BOWLER'S HEAD, ITS CALLED "STRAIGHT HOOK"
433903
The ball will reach a maximum height, then the velocity of gravity (9.8 meters/second) would cause it to travel downward until another force acts upon it (according to Newton's laws of motion). However, this does not account for other forces, such as air resistance. The rate at which the ball falls and the air resistance acting upon it will depend on the properties of the ball (surface area, weight, etc.). If the ball is inside a vacuum, it is said to be in free fall (as the only force acting upon it is gravity) and there is no other force acting upon it. If the ball is allowed to fall long enough, it will reach a point of terminal velocity, where it cannot fall any faster (the force of air resistance will equal the weight of the object)
148681
Only objects of the same mass (Weight) fall at the same speed. Objects of different size (Shape) can fall at different speeds.
375187
they peformed his experiement when we went to the moon...\n\nthere is video of an astronaut dropping a feather and a bowling ball at the same time and guess what when gravity is absent they both fall at the same rate...
300574
THE BOWLER I THINK.;-]
744445
Galileo postulated  the "feather drop" which states that when a feather and a stone are dropped from the same height, both objects will hit the ground at the same time.  \n\nWe see that the feather and a stone fall at different rates when dropped from a certain height because there is air resistance.  The feather will be affected by the air when falling and reaching terminal velocity before the stone will.  Therefore, the feather will fall more slowly than the stone.  \n\nHowever, if somehow we were to remove the air and then drop the feather and the stone, both the feather and the stone will fall and hit the ground at exactly the same time.  Since gravity will cause the same acceleration in both objects (feather and the stone) of 9.80 m/s^2 downwards, both objects will accelerate uniformly at the same rate towards the ground.  Hence, both objects will hit the ground at the same time, as long as we are able to ignore air resistance.
418872
the faster the bat travels the farther the ball will go when hit. Players through the years have made studies of lighter bat vs heavier bat. The conclusion is that the speed of the bat is a bigger factor that the size/weight.
904552
Both balls would hit the rocks at the same speed.\nBall #1 would leave your hand travelling straight up at speed 'u'. It travels up, stops, and starts plummeting back to earth. When it reaches the height at which it left your hand, it is travelling at speed 'u' straight down. The speed that it hits the rocks at is u+(time x 10m/s/s).\n\nBall #2 would leave your hand travelling straight down at speed 'u'. The speed that it hits the rocks at is u+(time x 10m/s/s). It is the same speed.