Time Distance and Range Questions

Which of the following are true?

• The final round (green) had higher variability than the semifinal round (blue)

• The center of the final round (green) was higher than the center of the semifinal round (blue)

• The minimum value in the semifinal round (blue) is higher than three values in the final round (green)

• The final round (green) was faster overall thean the semifinal round (blue).

What percentage of U.S. qualifiers would have distances within the range of the Olympic Final?

• 10%

• 50%

• 25%

• 0%

If the best U.S. qualifier met his distance at the Olympics, what medal would he earn?

• Bronze (3rd place)

• Silver (2nd place)

• Gold (1st place)

Which statements are accurate comparisons?

• The center of each line plot is between 53 and 53.5

• The final round had the overall fastest time

• There were no duplicate times within the finals

• The final round had the overall slowest time

The P-40N Warhawk travels at a cruising speed of 235 mph and has a range (maximum distance) of 850 miles.

TRUE or FALSE: If it maintains the cruising speed, it can fly for four hours without running out of fuel.

(Hint: d = rt)

• True. In four hours it will travel 850 miles.

• True. In four hours it will travel 820 miles.

• False. Four hours at that speed would be 940 miles.

• False. The range is 415 nautical miles less than it travels at cruising speed.

The P-40E Kittyhawk travels at a cruising speed of 288 mph and has a range (maximum distance) of 850 miles.

Select the greatest amount of time it can fly without running out of gas.

(Hint: d = rt)

• 1.5 hours

• 2 hours

• 2.5 hours

• 3 hours

The F-84G Thunderjet's max speed is 620 mph with a range (maximum distance) of 1,550 miles.

How long can it fly before running out of gas. Answer options below are in minutes.

(Hint: d = rt)

• 120 minutes

• 125 minutes

• 150 minutes

• 180 minutes

At 60 seconds, how far had this object traveled? 

• 0 m

• 10 m

• 20 m

• 40 m

How long did it take this object to travel 10 m?

• 0 s

• 10 s

• 15 s

• 20 s

What does this graph represent?

• Constant Speed

• Acceleration

• Not moving