muddyjch said:Homework Statement
A person with a mass of 80kg pulls horizontally on the handle of a door which is locked. At that
instant, the ground reaction force has a magnitude of 810N. What is the force applied to the door?
(200 N)
Homework Equations
The Attempt at a Solution
It seems like there is something missing in this question and does the persons mass really matter? I am really confused on this one.
Biomechanics is the study of the mechanical principles of living organisms, particularly humans, and how they interact with their environment.
Static forces refer to the forces acting on an object when it is at rest or in a state of equilibrium. These forces do not cause the object to move, but rather maintain its position.
Static forces can put stress on the handle of a locked door, depending on the weight and position of the person pulling on the handle. This stress can cause the handle to bend or break if it is not strong enough.
The biomechanics of a person, such as their height, weight, and muscle strength, can impact the amount of force they exert on the handle of a locked door. A larger, stronger person may exert more force on the handle compared to a smaller, weaker person.
By understanding the biomechanics of a person and the forces they exert on a handle, engineers and designers can create stronger and more durable handles for locked doors. This can help prevent the handle from breaking or malfunctioning when subjected to static forces.