Stricter Ball Research

Introduction A lot of research has been conducted on the physical force naturally involved and the biomechanics that are involved when one is shooting a basket ball. There are positions that work out the best result during the shooting time. They work best due to the force exerted and the angle and tactic used. All these concepts rely on the physical positions and energy exertion areas that are employed. From mid range to long range activities in basketball shooting, there are six major points to be considered in this coursework. When the wrong ways are used, that is, taking less consideration on the physical parts without calculation of the determinants like velocity of the released ball, position of the athlete and spinning capabilities,
From the above findings the velocity aspect will practically analyze the best way forward when releasing the ball in a jump shot. Displacement, in this work can be the distance between the basket goal and the point of release. A term given to the study ponts areas through wich velocity is calculated. When we decrease the height of the ball release, with a subsequent increase of the ball velocity at the instance of release may lead to less accuracy if the jumping short distance in increased. It is advised that we slightly reduce the velocity to enhance accuracy. Accuracy can also be enhanced by reducing the height of release. To reduce velocity the following concepts of physics in the area of kinematics should be taken into consideration.
Displacement: the distance between the ball release and the basket goal.
Time: the total time in seconds that the ball should take to get from the release point to the basket goal.
Velocity: Should be slightly minimized to enhance accuracy. To slightly minimize velocity, we reduce the distance and consider average time to give out the best result managed by the velocity of the
The second velocity, that is, 4m/s, is not good since it is too high for the purposes of accuracy. The velocity in the first statement, that is, 0.4m/s is more relative to enhance accuracy. This will lead to better result of the jump shot requirement. The angle between the release point and the basket goal It is possible to use the laws of physics to relate how important the angle between the release point and the basket goal is. This goes hand in hand with the height of release since when increasing the height of release, the angle in reference decreases. The more the decrease may lead to more in-accuracy. The angle can also be determined by the point at which an individual stands in order to release the ball. If one moves further from the basket goal may reduce the angle hence more problem of reducing accuracy. The angle should be averagely between, 450 to 500. Using the laws of physics, may therefore give one the possibility to make a successful jump shot in basketball every time. This is possible if one understands how to embed the use of angles into the playing court, by using the correct speed. The diagram below shows the best angle distance to be used in this case. Spinning of the