Airplane name: distance, time, speed, velocity, acceleration

Question

Airplane name: distance, time, speed, velocity, acceleration

The bob airline: 18m 78cm, 2.04 sec, 8.82m/s, 8.82m/s, 0m^2
The best airline: 12m 27cm, 1.39 sec, 8.99m/s, 8.99m/s, 0m^2
The weird airline: 15m 18cm, 1.96 sec, 7.65m/s, 7.65m/s, 0m^2
The ohm airline: 14m 19cm, 1.47 sec, 9.52m/s, 9.52m/s, 0m^2

Which plane has the shortest speed? Explain your answer.

Answer 1

The weird airline has the shortest speed with a speed of 7.65m/s. This can be determined by looking at the speed values provided for each airplane. The other airplanes all have speeds above 8.5m/s, while the weird airline has a speed of 7.65m/s, indicating that it is the slowest of the group.

Answer 2

Airplane name: distance, time, speed, velocity, acceleration

The bob airline: 18m 78cm, 2.04 sec, 8.82m/s, 8.82m/s, 0m^2
The best airline: 12m 27cm, 1.39 sec, 8.99m/s, 8.99m/s, 0m^2
The weird airline: 15m 18cm, 1.96 sec, 7.65m/s, 7.65m/s, 0m^2
The ohm airline: 14m 19cm, 1.47 sec, 9.52m/s, 9.52m/s, 0m^2

Did the airplane with the fastest speed also have the fastest velocity? Explain your answer.

Answer 3

Yes, in this scenario, the airplane with the fastest speed, which is the "ohm airline" with a speed of 9.52m/s, also had the fastest velocity. Velocity is a vector quantity that takes into account the direction of motion in addition to the speed. Since the acceleration values for all airplanes are given as 0m^2, it means that the velocity and speed are in the same direction. Therefore, in this case, the airplane with the fastest speed would also have the fastest velocity.