I Ill l I) VTlCl select the \"water\" Woves Intro Put the Frequency and Amplitude in the middle pun Frequency min max Am 0 EPE e \"'31 C] Graph Select the continuous wave and side show: @ Normal ._,>& 1') "1 ow Now click on the green button and look at the produced water waves: Question I: Is it Transverse or longitudinal wave? Why? Question 2: Is it mechanical or nonmechanical wave? \\'l'hy'.' Question 3: Keep the frequency in the middle part but change the Amplitude from Zero to Max. Write your observation in one sentence. QUESTION 1 Is it Mechanical or Non-mechanical wave? Why? 0 This is not a mechanical wave, because wave needs medium( water) to transfer 0 This is a mechanical wave, because wave needs medium( water) to transfer 0 This is not a mechanical wave, because wave does not need medium( water) to transfer 0 This is a mechanical wave, because wave does not need medium( water) to transfer QUESTION 2 is it Transverse or longitudinal wave? Why? 0 It is 8 Transverse wave, because propagation and oscillation are perpendicular Q It is 3 Transverse wave, because propagation and oscillation are parallel (the same direction) 0 It is a longitudinal wave. because propagation and oscillation are perpendicular 0 It is a longitudinal wave, because propagation and oscillation are parallel (the same direction) 10p