Question

A passenger plane is travelling down the runway with a speed of 20\,\dfrac{\text{km}}{\text{h}}20 h km ​ 20, start fraction, start text, k, m, end text, divided by, start text, h, end text, end fraction, then speeds up with constant acceleration over 2.4\,\text{km}2.4km2, point, 4, start text, k, m, end text. After accelerating for 59\,\text{s}59s59, start text, s, end text, the plane takes off. We want to find the final velocity of the plane at the moment of take-off. Which kinematic formula would be most useful

Answer 1

I have been in a very high position in free

Answer 2

Answer:

$hope \: this \: helps \: u \: \\ ok \: byee \\ i \: m \: going \: byeee \:$

Explanation:

A passenger plane is travelling down the runway with a speed of 2020hkm20, space, start fraction, k, m, divided by, h, end fraction, then speeds up with constant acceleration over 2.42. 4km2, point, 4, space, k, m. After accelerating for 5959s59, space, s, the plane takes off.