Please note, Keyboard Sensitive system.

Include a clear detailed solution with the formulas used in each step.

Make sure each answer is accurate and provide each in BOTH standard form and in scientific notation as well.

Two waves are traveling in opposite directions on a rope and create a standing wave between the two ends of the rope Isle: t] = 14(3) * 608th 4} = y1(n=.t)+ me. i); where Afm] is the amplitude of the resultant wave and the two individual waves are expressed using the following functions: y1(m,t] = H.45m - s'mUJAa' - 2'. -|- '3"er . t}, ym, t] = {L451}: - sio(l}.41r - 2*. 1"er . t}. All units used in the functions are international standard units. Eonsider a non-node point on the rope oscillating in the direction perpendicular to the rope, find the amplitude of these oscillations as a function of the point position 2:. Do not submit units. 111e amplitude, 14(3) = C] Units . As a non-node point moves from its maximum position to its minimum position, how far does each wave move along the rope? 111e displacement, n: = C] Uni 2' Select an answer Question Help: E Message instructor Submit Question no units required