Four balls, each of mass are connected by four identical relaxed springs with spring constant & The balls are simultaneously given equal initial speeds directed away from the center of symmetry of the system as shown in (Figure 1) Figure min- wwwwww <1 of 1 > www. ▾ Part A As the balls reach their maximum displacement, their kinetic energy reaches, O a maximum O zero Oneither a maximum nor zero Submit Reguest Answer Part B Each of the balls will move outwards to a maximum displacement d from its initial position. Use geometry to find the distance each of the springs has stretched from its equilibrium position. (It may help to draw the initial and the final states of the system) Express your answer in terms of d 17 ΑΣΦ | h Z= Submit ▾ Part C d= Request Answer Find the maximum displacement d of any one of the balls from its initial position Express din terms of some or all of the given quantities k, t, and m View Available Hint(s) ΤΕΙ ΑΣΦ Submit ? ?

Four balls, each of mass are connected by four identical relaxed springs with spring constant & The balls are simultaneously given equal initial speeds directed away from the center of symmetry of the system as shown in (Figure 1) Figure min- wwwwww <1 of 1 > www. ▾ Part A As the balls reach their maximum displacement, their kinetic energy reaches, O a maximum O zero Oneither a maximum nor zero Submit Reguest Answer Part B Each of the balls will move outwards to a maximum displacement d from its initial position. Use geometry to find the distance each of the springs has stretched from its equilibrium position. (It may help to draw the initial and the final states of the system) Express your answer in terms of d 17 ΑΣΦ | h Z= Submit ▾ Part C d= Request Answer Find the maximum displacement d of any one of the balls from its initial position Express din terms of some or all of the given quantities k, t, and m View Available Hint(s) ΤΕΙ ΑΣΦ Submit ? ?