The distance thrown in discus throw is measured from the inner edge of the throwing circle to the point of impact where the discus first touches the ground. The official measuring tape is used to determine the distance.
If a javelin does not stick into the ground, the throw is measured from the point where it first strikes the ground to the nearest edge of the curve made by the javelin. This method ensures a fair measurement of the distance thrown, even if the javelin does not stick into the ground.
The answer is 45 degrees. If given the same velocity, and thrown at say...10 degrees, to the ground, then the distance it would travel is the same as the distance it would travel if it were thrown 80 degrees. Complementary angles end up at the same distance horizontally.
The weight of the ball affects how far it can be thrown by influencing the force applied during the throw. A heavier ball requires more force to throw, potentially resulting in a shorter distance due to increased resistance. Conversely, a lighter ball may be easier to throw with higher velocity, potentially covering a longer distance.
The distance a stone can be thrown depends on various factors such as the strength of the person throwing it, the weight and shape of the stone, and environmental conditions like wind. On average, a person can throw a stone about 30-40 meters, but skilled individuals have been known to throw stones over 100 meters in distance.
Yes, the weight of a ball can have an impact on how far it is thrown. A heavier ball requires more force to throw, which can affect the distance it travels. However, other factors like the thrower's technique and strength also play a role in determining how far the ball is thrown.
The discus throw is measured from the inner edge of the throwing circle to the point where the discus first lands. The farthest mark reached by the edge of the discus is considered the final measurement for the throw. The measurement is typically taken in meters or feet.
The discus throw is measured from the landing point of the discus to the inner edge of the throwing circle in a straight line. The distance measured is commonly rounded down to the nearest whole centimeter or inch. Official measurements are taken by a judge or an automated system.
In discus throw, the athlete spins in a circle inside a throwing ring and releases a heavy discus. The momentum generated from the spinning motion is transferred to the discus, allowing it to be thrown long distances. The throw is measured from the landing point of the discus to the inner edge of the throwing circle.
Discus, javelin, shot (shot put), hammer (hammer throw)
a legal discus throw is when the thrower stays inside the ring when throwing, and the disc stays inside the field when thrown. it can be scratched if the thrower steps outside of the ringwhen throwing or walks out of the front of the ring after throw
72 meters
In the Olympic game of discus throw, competitors must throw a heavy disc-shaped object called a discus from a circular area measuring 2.5 meters in diameter. The thrower must keep one foot inside the circle and cannot step outside the boundary during the throw. The distance of the throw is measured from the edge of the circle to where the discus first makes contact with the ground, and athletes typically have a set number of attempts to achieve their best throw. Throws that land outside the designated sector or involve any fouls are disqualified.
discus throw
Yes, the discus is a track and field event. A heavy disc, called a discus is thrown, the longest throw wins the game.
The ancient discus throw, a key event in the Olympic Games, involved athletes throwing a heavy disc called a "discus" as far as possible. Competitors typically used a disc made of stone or metal, measuring about 18-30 cm in diameter. The thrower had to stand within a designated circular area and was penalized if they stepped outside the boundary during their throw. The distance was measured from the edge of the throwing circle to where the discus landed, with the longest throw being declared the winner.
There is more force behind the egg thrown further distance than the egg thrown from small distance. That and gravity acceleration.
They have to throw the javelin further than the rest of the competitors. once a person throws their javelin, the distance is measured and recorded. once everyone has thrown, the winner is determined.