As an airplane descends toward an airport, it drops a vertical distance of 24 m and moves forward a horizontal distance of 320 m .what is the distance covered by the plane during this time?

The distance covered by the airplane during this time is 320.89 m.

Given data:

The vertical distance is, .

The horizontal distance is, .

The actual distance covered by the airplane is equal to the net distance with respect to the vertical and horizontal direction.

Then,

Solving as,

Thus, the distance covered by the airplane during this time is 320.89 m.

Learn more about the speed and distance here:

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320.9 m

Explanation:

The total distance covered by the plane during this time is the resultant of the displacements of the plane in the two directions.

In fact:

- The plane moved 24 m in the vertical direction:

- The plane moved 320 m in the horizontal direction:

These two lengths represent the sides of a right triangle, so we can find the hypothenuse, which corresponds to the distance covered by the plane:

like poles repel so keep pushing north to north and repels funny to see this

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