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ains two matching lists. Choices for the correct combination of elements from List-l ar ist-ll are given as option (A), (B), (C) and (D) out of which one is correct. Some rigid bodies connected with springs are shown in List -1. All the rigid bodies shown are in equilibrium and their time periods of oscillation are given in List – II. List -1 List- II 2k (P) k (1) +7, 6k 2k ARAL A solid sphere of mass m and radius 'R' are connected with two springs friction is sufficient to present slipping. Now solid sphere is slightly displaced then its time period is 4k 2m 2 k (Q) (2) k A block of mass 'm' is connected with two springs and a mass less pulley. Now is block is slightly displaced from its equilibrium position then its time period is 28m 2 45K (R) k A block of mass m is connected with three springs and a massless pulley. Surface is smooth and block is slightly shifted toward right then its time period is k 5m 2n, (4) (S) Masses of pulley and blocks are 'm' and friction is sufficient to prevent slipping between string and pulley. Now block is slightly displaced then its time period is

ains two matching lists. Choices for the correct combination of elements from List-l ar ist-ll are given as option (A), (B), (C) and (D) out of which one is correct. Some rigid bodies connected with springs are shown in List -1. All the rigid bodies shown are in equilibrium and their time periods of oscillation are given in List – II. List -1 List- II 2k (P) k (1) +7, 6k 2k ARAL A solid sphere of mass m and radius 'R' are connected with two springs friction is sufficient to present slipping. Now solid sphere is slightly displaced then its time period is 4k 2m 2 k (Q) (2) k A block of mass 'm' is connected with two springs and a mass less pulley. Now is block is slightly displaced from its equilibrium position then its time period is 28m 2 45K (R) k A block of mass m is connected with three springs and a massless pulley. Surface is smooth and block is slightly shifted toward right then its time period is k 5m 2n, (4) (S) Masses of pulley and blocks are 'm' and friction is sufficient to prevent slipping between string and pulley. Now block is slightly displaced then its time period is

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ains two matching lists. Choices for the correct combination of elements from List-l ar ist-ll are given as option (A), (B), (C) and (D) out of which one is correct. Some rigid bodies connected with springs are shown in List -1. All the rigid bodies shown are in equilibrium and their time periods of oscillation are given in List – II. List -1 List- II 2k (P) k (1) +7, 6k 2k ARAL A solid sphere of mass m and radius 'R' are connected with two springs friction is sufficient to present slipping. Now solid sphere is slightly displaced then its time period is 4k 2m 2 k (Q) (2) k A block of mass 'm' is connected with two springs and a mass less pulley. Now is block is slightly displaced from its equilibrium position then its time period is 28m 2 45K (R) k A block of mass m is connected with three springs and a massless pulley. Surface is smooth and block is slightly shifted toward right then its time period is k 5m 2n, (4) (S) Masses of pulley and blocks are 'm' and friction is sufficient to prevent slipping between string and pulley. Now block is slightly displaced then its time period is
Transcribed Image Text:ains two matching lists. Choices for the correct combination of elements from List-l ar ist-ll are given as option (A), (B), (C) and (D) out of which one is correct. Some rigid bodies connected with springs are shown in List -1. All the rigid bodies shown are in equilibrium and their time periods of oscillation are given in List – II. List -1 List- II 2k (P) k (1) +7, 6k 2k ARAL A solid sphere of mass m and radius 'R' are connected with two springs friction is sufficient to present slipping. Now solid sphere is slightly displaced then its time period is 4k 2m 2 k (Q) (2) k A block of mass 'm' is connected with two springs and a mass less pulley. Now is block is slightly displaced from its equilibrium position then its time period is 28m 2 45K (R) k A block of mass m is connected with three springs and a massless pulley. Surface is smooth and block is slightly shifted toward right then its time period is k 5m 2n, (4) (S) Masses of pulley and blocks are 'm' and friction is sufficient to prevent slipping between string and pulley. Now block is slightly displaced then its time period is
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