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Naldo6
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How far out on the diving board (see figure below) would a 58.6 kg diver have to be to exert a torque of 1110 m* N on the board, relative to the left support post?
Naldo6 said:How far out on the diving board (see figure below) would a 58.6 kg diver have to be to exert a torque of 1110 m* N on the board, relative to the left support post?
Naldo6 said:ok... i have did it... but if you know how to solve it... can you do it for me?...
Naldo6 said:i jave to find out what is torque and put in the equation, then susbtite the mass and g is 9.8 and find the d in the equation?...
Naldo6 said:T= M*g*D
i am just missing the Distance...i susbtitue allother quantities and then find out what does distance is with that formula?...
A diving board works by utilizing the principle of torque, which is the rotational force that causes an object to rotate around an axis. When a person jumps on the diving board, their weight creates a force that causes the board to bend downwards. This bending creates a torque force that propels the person upwards and into the air.
The length of a diving board affects the torque by changing the distance between the force (the weight of the person) and the axis of rotation (the fulcrum of the diving board). The longer the diving board, the greater the distance and therefore the greater the torque. This means a longer diving board will provide a greater jump height compared to a shorter diving board.
The fulcrum, or the point of support on a diving board, is crucial for the board to function properly. It acts as the axis of rotation and allows the board to bend and create the torque force that propels the person into the air. A stable and properly placed fulcrum is essential for a safe and effective dive.
The weight of the person jumping on the diving board affects the torque by providing the force that bends the board. The greater the weight, the greater the force and therefore the greater the torque. This is why heavier individuals may be able to jump higher on a diving board compared to lighter individuals.
Yes, the angle of the diving board can affect the torque by changing the direction of the force and the distance between the force and the fulcrum. A steeper angle will result in a greater upward force and therefore a greater torque, while a shallow angle will result in a smaller upward force and a smaller torque. This is why diving boards are designed with a specific angle for optimal performance.