Hooke's Law, introduction, grade 8?
Hello everyone, can someone please explain to me how to calculate A1? what is the formula? AND how does A2 work? Thanks so much
Hello everyone, can someone please explain to me how to calculate A1? what is the formula? AND how does A2 work? Thanks so much
Hello, can someone explain to me how to mathematically verify whether Hooke's law applies? In other words, what formula can be used to calculate this? I'm not sure whether the force exerted by the extension of the spring needs to be taken into account… Thanks!
A spring has a spring constant of 30 N/m and a proportional limit of 5.0 N. Two such springs are suspended in series (i.e., one behind the other). a) b) c) d) Solutions: What is the spring constant of the system? What is the deflection of the system under a load of 4N? What is…
Hello there, I have to catch up on an experiment because we're writing a class test on it soon. It's on Hooke's Law. We're supposed to determine whether this law applies to a steel spring. See: Attach hook bodies of known weight to the spring and measure the respective extension. The first clamp always marks…
Suppose you have two identical springs (A and B) that are 10 cm long. You hang an 80-gram weight on A, and the spring stretches by 6 cm. If you then hang both springs together, so you have a 20-cm spring, and again hang the same 80-g weight on it, the spring should still stretch…
Hello, how do I solve this task from the old final exam for industrial mechanics. The compression spring is listed as "compression spring 4x32x330 spring steel wire". greeting
For example, which body is a Hookean body with high elasticity and low Young's modulus? PS Rubber is not a Hookeian body!
if I apply the same force to them.
Hello, I have this assignment due tomorrow, and we're supposed to teach ourselves the topic, but unfortunately I don't understand some of it. Could someone help me with a), b), and c).
Does anyone have an idea how to determine the spring stiffness in task a)?
Good day, I'm currently doing exercises on Hooke's law and was wondering if one always has to convert cm to m? Because the formula actually says that s is given in meters.