For cars 71 to 100, the table in your document provides fuel consumption (miles per gallon), fuel tank size (gallons), and distance traveled on a full tank (miles). I will calculate the time it takes for each of these cars to travel the full distance on a constant speed of 50 mph. Here's the dataFor cars 71 to 100, the table in your document provides fuel consumption (miles per gallon), fuel tank size (gallons), and distance traveled on a full tank (miles). I will calculate the time it takes for each of these cars to travel the full distance on a constant speed of 50 mph. Here's the

Car Number	Distance on Full Tank (miles)	Time (hours) at 50 mph
71	375.9	7.52
72	261.1	5.22
73	482.8	9.66
74	257.8	5.16
75	394.3	7.89
76	213.9	4.28
77	446.8	8.94
78	274.6	5.49
79	424.1	8.48
80	369.8	7.40
81	250.4	5.01
82	238.6	4.77
83	192.8	3.86
84	474.3	9.49
85	309.8	6.20
86	333.5	6.67
87	395.6	7.91
88	384.4	7.69
89	337.8	6.76
90	327.0	6.54
91	293.2	5.86
92	265.7	5.31
93	312.7	6.25
94	278.5	5.57
95	268.5	5.37
96	318.6	6.37
97	414.2	8.28
98	398.0	7.96
99	244.9	4.90
100	243.8	4.88

Summary

The time taken (in hours) for cars 71 to 100 to run on a full tank at a speed of 50 mph ranges from about 3.86 hours (car 83) to 9.66 hours (car 73).

Would you like further details or have any questions? Here are five follow-up questions to consider:

1. How can you optimize fuel efficiency for cars with low full-tank distances?
2. What factors affect the variations in fuel consumption between cars?
3. How can driving habits impact time on a full tank besides constant speed?
4. What are the best ways to extend the driving range of a vehicle?
5. How does the tank size influence the total driving time on long trips?

Tip: Regular maintenance, like checking tire pressure and using the correct grade of motor oil, can significantly improve fuel efficiency.