Hey, I don't know if you will read this comment, but it would be appreciated if you do. Why is for the springs in series(F/ke = F/k1 + F/k2) that the force is the same for all the springs?
I might be wrong, but the given load m is assumed to be uniform in mass distribution and the springs are identical with equal spring constants. So both springs will experience the same extension, and thus, the same force.
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bro that was crystal clear
Thank you so much sir...short and informative
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Good explanation , for easy watch here:-)ua-cam.com/video/45z6wwRMUsc/v-deo.html
Like,share and subscribe my channel😊😊
Awesome help for me
From the thumbnail I thought you were nv sir
2:20 Would you be dear and tell me why the displacement is same in this case?
You didn't explain why is F equal for both springs in series combination
exactly
There total restoring force equal to f1+f2
Thanks srr
thankyou sir
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Thank you sir
Hey, I don't know if you will read this comment, but it would be appreciated if you do. Why is for the springs in series(F/ke = F/k1 + F/k2) that the force is the same for all the springs?
Because the spring is massless
Because,as they are connected to each other so force should be same
Good explanation , for easy watch here:-)ua-cam.com/video/45z6wwRMUsc/v-deo.html
Like,share and subscribe my channel😊😊
I might be wrong, but the given load m is assumed to be uniform in mass distribution and the springs are identical with equal spring constants. So both springs will experience the same extension, and thus, the same force.
@@vladcykka1265 lol I don't even remember asking this question
W
Thank you sir