The graph below is a snapshot of a rope as waves are passing through it$.$ ?Use this graph to answer the following questions

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disp (m) 20 10 DISPLACEMENT vs. TIME GRAPH 0 -10 disp (m) 10 5 5 0 -5 DISPLACEMENT vs. POSITION GRAPH 10 2 4 15 Part 2: Displacement vs. Position Graph The graph below is a snapshot of a rope as waves are passing through it. Use this graph to answer the following questions 6 20 8 t(s) 10 A.) How many waves are pictured? 4.5 waves pos (m) B.) State the amplitude of the waves. 20 C.) Determine the period of the waves. 4.4 I D.) Determine the frequency of the waves. 0.25 A.) How many waves are pictured? 1 waves B.) State the amplitude of the waves. 3m C.) Determine how long one wave is. disp (m) 20 10 DISPLACEMENT vs. TIME GRAPH 0 -10 disp (m) 10 5 5 0 -5 DISPLACEMENT vs. POSITION GRAPH 10 2 4 15 Part 2: Displacement vs. Position Graph The graph below is a snapshot of a rope as waves are passing through it. Use this graph to answer the following questions 6 20 8 t(s) 10 A.) How many waves are pictured? 4.5 waves pos (m) B.) State the amplitude of the waves. 20 C.) Determine the period of the waves. 4.4 I D.) Determine the frequency of the waves. 0.25 A.) How many waves are pictured? 1 waves B.) State the amplitude of the waves. 3m C.) Determine how long one wave is.

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Based on the snapshot of the Displacement vs Time Graph I can help answer the questions as follows A How many waves are pictured Count the number of c... View the full answer