Question

An airplane is flying with velocity goms at an angle 23 avobe horizontal when the plane is likim directly above a dog Standing on the ground on the ground, A suitcase Ps A dropped out. Hlous far from og will the suitcase land. Ignore air resistance. [779 from deg?​

Yeash he is
I can agree that the best thing to do when your elder takes selfie is poke your head in
And good to see that ghost are also scared of covid and are wearing mask
:l​

Answer 1

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Answer 2

Step-by-step explanation:

The suitcase moves in projectile motion. The initial velocity of the suitcase is equal to the velocity of the airplane.

To find the time, it takes to reach the ground

the y-component of the velocity

v0y=v0sin23∘

The acceleration

ay=−9.8m/s2

since +y is taken to be upward.

Now, the vertical distance from the plane to the dog s=114m.

Putting these values in the equation of motion to find the time t, we have

114=90sin23∘+12×(−9.8)×t2

This gives,

t=9.60s

TThe distance the suitcase travels horizontally is

v0xt=(v0cos23∘)t=795m