Two similar springs `P` and `Q` have spring constant `K_(P)` and `K_(Q)` such that `K_(P) gt K_(Q)`. They are stretched, first by the same amount (case a), then the same force (case b). The work done by the spring `W_(P)` and `W_(Q)` are related as, in case (b), respectively

Two similar springs P and Q have spring constants K_(P)andK_(Q) , such that K_(P)gtK_(Q) . They are stretched, first by the same amount (case a), then by the same force (case b). The work done by the springs W_(P)andW_(Q) are related as, in case (a) and case (b), respectively

Two similar springs P and Q have spring constant k_(p) and k_(Q) such that k_(p) gt k_(Q) . They are stretched , first by the same amount (case a,) then by the same force (case b ) . The work done by the springs W_(P) and W_(Q) are related as , in case (a) and case (b) , respectively :

Two similar springs P and Q have spring constants K_(P) and K_(Q) . They are stretched first by the same amount ( case a) ,then by the same force ( case b) . The work done by the spring W_(P) and W_(Q) are relased as, in case (a) and case (b) , respectively.

Two similar springs p and Q have spring constants Kp and kQ, such that Kp>KQ. The are stretched, first by the same amount ( case a), then by the same force (case b). The work done by the springs Wp and WQ are related as, in case (a) and case (b), respectively:

Two springs have their force constant as K_(1) and K_(2)(K_(1)lt K_(2)) . When they are stretched by the same force:

Two spring have their force constants K_(1) and K_(2)(K_(2) gt K_(1)) . When they are stretched by the same force, work done is

Two springs have their force constant as k_(1) and k_(2) (k_(1) gt k_(2)) . When they are stretched by the same force.