A Fighter Jet's Average Velocity Calculation

What is the average velocity of a fighter jet that flies 3 km west and then 2 km east in 8 minutes?

The jet's average velocity is 7.69 km/hr due east.

Explanation:

The average velocity of the fighter jet can be determined by calculating the rate of change of displacement over time. In this scenario, the jet initially moves 3 km west and then 2 km east, resulting in a net displacement of 1 km due east. The total time taken for these movements is 8 minutes. Given Parameters: - Displacement due west = 3 km - Displacement due east = 2 km - Time taken = 8 minutes Unknown: Average velocity = ? Solution: To calculate the average velocity, we need to convert the time from minutes to hours: - 1 hour = 60 minutes - 8 minutes = 8/60 hours = 0.13 hours Therefore, the average velocity can be calculated using the formula: Velocity = Displacement/Time Average velocity = 1 km / 0.13 hr = 7.69 km/hr due east
← How to calculate the speed and rotational kinetic energy of a rotating disk What happens when billiard balls collide →

More Posts: