At one of new york’s traffic signals, if more than 17 cars are held up at the intersection, a traffic officer will intervene and direct the traffic. the hourly traffic pattern from 12: 00 p. m. to 10: 00 p. m. mimics the random numbers generated between 5 and 25. (this holds true if there are no external factors such as accidents or car breakdowns.) scenario hour number of cars held up at intersection a noon−1: 00 p. m. 16 b 1: 00−2: 00 p. m. 24 c 2: 00−3: 00 p. m. 6 d 3: 00−4: 00 p. m. 21 e 4: 00−5: 00 p. m. 15 f 5: 00−6: 00 p. m. 24 g 6: 00−7: 00 p. m. 9 h 7: 00−8: 00 p. m. 9 i 8: 00−9: 00 p. m. 9 based on the data in the table, which scenarios would require a traffic cop?

Scenario B ,D and F requires traffic cops.

Step-by-step explanation:

Scenario        Hour         Number of Cars Held Up at Intersection

A             noon−1:00 p.m.             16  

B             1:00−2:00 p.m.              24  

C            2:00−3:00 p.m.               6  

D            3:00−4:00 p.m.              21  

E             4:00−5:00 p.m.              15  

F             5:00−6:00 p.m.              24  

G           6:00−7:00 p.m.                9  

H           7:00−8:00 p.m.                 9  

I              8:00−9:00 p.m.                9

We are given that  if more than 17 cars are held up at the intersection, a traffic officer will intervene and direct the traffic.

So, through the given table we can see that Scenario B ,D and F has more than 17 cars .

So, Scenario B ,D and F requires traffic cops.

the highest percentage for deaths in construction from highest to lowest is as follows: falls, struck by objects, electrocution, and caught-in/between. these four are collectively known as fatal four.

in the case of falls, the type that is responsible for the overall highest death in the category is falls from roofs.

50-60=10

step-by-step explanation: