Instead of worrying about extraneous variables, concentrate on what equation you would use to calculate the speed of the diver after he falls 10 m.Amelina Yoo said:Homework Statement
65kg diver dives off 10m tower. What is the divers speed on hitting the water?
Homework Equations
The Attempt at a Solution
I am not sure where to start. When I solve for one variable using an equation, I find that there is a variable within that equation that is yet to be found.
Thank you for any help :-)
The speed of a diver can be calculated using the formula: speed = √(2gh), where g is the acceleration due to gravity (9.8 m/s²) and h is the height of the tower (10m).
The average speed of a diver is dependent on various factors such as the initial velocity and the drag force experienced during the dive. However, assuming the diver has no initial velocity and negligible drag force, the average speed can be calculated using the formula: average speed = (initial velocity + final velocity) / 2.
The height of the tower directly affects the speed of the diver as it determines the initial potential energy of the diver before the dive. The higher the tower, the greater the potential energy and therefore the higher the speed of the diver.
Yes, the weight of the diver is a factor in calculating their speed. The formula for speed (speed = √(2gh)) includes the mass of the diver (m) in the calculation, where m is the weight of the diver in kilograms.
The speed of the diver can be measured experimentally using various methods such as video analysis, radar guns, or timing devices. These methods involve recording the time it takes for the diver to reach the water and using the distance (10m) to calculate the speed using the formula: speed = distance / time.