the police department monitored how many tickets for red light violations were given out on each street. red…

the police department monitored how many tickets for red light violations were given out on each street. red light violation tickets: day, elm street, oak street; sunday, 10, 5; monday, 0, 10; tuesday, 5, 20; wednesday, 5, 15; thursday, 15, 5. use the data in the table to complete the missing line in the double line graph below. click to select points on the graph. red light violation tickets. y - number of tickets, 20, 15, 10, 5, 0; x - day, sunday, monday, tuesday, wednesday, thursday; elm street, oak street

the police department monitored how many tickets for red light violations were given out on each street. red light violation tickets: day, elm street, oak street; sunday, 10, 5; monday, 0, 10; tuesday, 5, 20; wednesday, 5, 15; thursday, 15, 5. use the data in the table to complete the missing line in the double line graph below. click to select points on the graph. red light violation tickets. y - number of tickets, 20, 15, 10, 5, 0; x - day, sunday, monday, tuesday, wednesday, thursday; elm street, oak street

Answer

Answer:

To complete the double - line graph for Oak Street:

  • On Sunday, plot the point (Sunday, 5)
  • On Monday, plot the point (Monday, 10)
  • On Tuesday, plot the point (Tuesday, 20)
  • On Wednesday, plot the point (Wednesday, 15)
  • On Thursday, plot the point (Thursday, 5)

Explanation:

Step1: Identify data for Oak Street

From the table, data for Oak Street is 5, 10, 20, 15, 5 for Sunday - Thursday.

Step2: Match days with points on graph

Match each day's ticket number to the corresponding day on the x - axis and ticket number on the y - axis to plot points.