3 Two blocks of mass m, =7.1 kg and m2 14.2 kg are set up on a flat, frictionless table. The table has two springs fixed to edges of the tableso that the blocks can slide into the springs.If m, is compressed by a distance of 0.7 m on the first spring, what speed will m; have after leaving the spring? Spring 1 has a springconstant of ki - 980 N/m.Submit Answer Tries 0/8After m, leaves the spring, it slides across the table and makes an inelastic collision with m2. How fast are the blocks moving after thiscollision?Submit Answer Tries 0/8The two blocks then slide together into spring 2 on the opposite side of the table. When the blocks slide into the spring, the spring iscompressed a distance of 0.45 m. What is the spring constant of spring 2?Submit Answer Tries 0/8How can you determine how long it will take for the blocks to stop moving after leaving the second spring?O KinematicsO Conservation of EnergyO Conservation of momentumTha hia-ter ill uar etan.

We know that spring force is given as F = kx where k is the spring constant x is the displacement…

Submit Answer Tries 0/8 Iter m, leaves the spring, it slides across the table and makes an inelastic collision with m2. HC ollision? Submit Answer Tries 0/8 he two blocks then slide together into spring 2 on the opposite side of the table. When the bloc ompressed a distance of 0.45 m. What is the spring constant of spring 27 Submit Answer Tries 0/8