Two blocks and three springs are configured as shown in the figure. All motion ishorizontal. When the blocks are at rest, all springs are unstretched.6.k1kizellm1m2a. . ] Choose as generalized coordinates the displacement of each blockfrom its equilibrium position and write the Lagrangian.b. .c. :.-] Find the T and V.] Supposem, = 2m,k, = 4k,m2 = m,k2 = k,kz = 2kFind the frequencies of small oscillations.d.-] Find the normal modes of oscillation...] At time t = 0, mass #1 is displaced by a distance b relative to itsequilibrium position. i.e. x, (0) = b. The other initial conditions are x,(0) = 0,*1(0) = 0, and xz(0) = 0. Find t , the next time at which x2 vanishes.е.

Since, we answer up to three subparts, we will answer the first three. Please resubmit the question…

Two blocks and three springs are configured as shown in the figure. All motion is horizontal. When the blocks are at rest, all springs are unstretched. kiz kiz ee m1 ell m2 ] Choose as generalized coordinates the displacement of each block a. . from its equilibrium position and write the Lagrangian. b. . ] Find the T and V.

Two blocks and three springs are configured as shown in the figure. All motion is horizontal. When the blocks are at rest, all springs are unstretched. kiz kiz ee m1 ell m2 ] Choose as generalized coordinates the displacement of each block a. . from its equilibrium position and write the Lagrangian. b. . ] Find the T and V.