Hello, can you tell me if springs with the same K and different diameters have different speeds? Example; a spring with a diameter of 50mm with a total length of 500mm, assuming that it would have a rate of 0.500 kgf/mm and another spring with the same K and the same length but with a diameter of 60mm would have different speeds. If you compress both and release, would the speed be the same or would one extend faster than the other? This is my question, if you can help I would appreciate it. Thanks.
If two springs have the same spring constant (k) and are compressed by the same amount, they will exert the same force. However, the speed at which each spring extends might still vary slightly due to factors such as mass and diameter. Typically, a spring with a larger diameter, having more mass, might extend slightly slower than a narrower spring.
Hello, can you tell me if springs with the same K and different diameters have different speeds? Example; a spring with a diameter of 50mm with a total length of 500mm, assuming that it would have a rate of 0.500 kgf/mm and another spring with the same K and the same length but with a diameter of 60mm would have different speeds. If you compress both and release, would the speed be the same or would one extend faster than the other? This is my question, if you can help I would appreciate it. Thanks.
If two springs have the same spring constant (k) and are compressed by the same amount, they will exert the same force. However, the speed at which each spring extends might still vary slightly due to factors such as mass and diameter. Typically, a spring with a larger diameter, having more mass, might extend slightly slower than a narrower spring.
Sir, in first question we have to calculate δmax for calculation of no. of turns or not?
If we use del max, then we have to consider P2 not P. Here i have used P (P2-P1) that is why I have used del (del 2- del 1).
sir difference btw blows off freely and is to blow off at a pressure of x
Both are same
Sir did you assume c as 6
In the problem it is given (Last line, Spring index=6)....
Pitch formula vera iruku sir
Lf - Ls/nt +d iruku sir
I haven't seen this formula anywhere
@@themechanicalengineer Ada formula crt ah sir