How do I solve parts 2 and parts 3 of this wave question? Note that y(x,t) has to be in the form of sine

Question 2 Question: Not complete A transverse wave travels 1.48 m to the right in 7.32 s. As it passes an element of the medium, the change in height of the medium is 32.2 cm. The medium takes 8.08 s to return to the maximum height as the wave Marked out of passes it. 1.00 Flag Part 1) question What is the speed of the wave? v = 0.202 m/s Your last answer was interpreted as follows: 0.202 Part 2) Write down an equation to describe the wave if at t = 1.49 s the element of the string at a = 4.50 m is 4.61 cm below its equilibrium position. Evaluate the expression as much as possible (ie. do not leave it in terms of TT ) . y(x, t) = sin m Part 3) What is the speed of the element of string in Part 2? U = m/s Check Previous page Next page