<em>Owls, </em><em>birds</em><em> of the </em><em>order</em><em> Strigiformes, include about 200 </em><em>species</em><em> of mostly </em><em>solitary</em><em> and </em><em>nocturnal</em><em> </em><em>birds of prey</em><em> typified by an upright stance, a large, broad head, binocular vision and binaural hearing, and feathers adapted for silent flight. Exceptions include the diurnal </em><em>northern hawk-owl</em><em> and the gregarious </em><em>burrowing owl</em><em>.</em><em>Owls hunt mostly small </em><em>mammals</em><em>, </em><em>insects</em><em>, and other birds, although a few species specialize in hunting </em><em>fish</em><em>. They are found in all regions of the Earth except </em><em>Antarctica</em><em> and some remote islands.</em>
<em>Owls are divided into two </em><em>families</em><em>: the </em><em>true owls</em><em>, Strigidae; and the </em><em>barn-owls</em><em>, Tytonidae.</em>
i think you can find an answer from this ;)
Answer:
90 m
Explanation:
We use an ecuation of uniformly accelerated motion, which allows us to find the distance traveled by the car from the moment that driver applies the brakes until it stops completely, that is, when its final speed is zero.
We isolate the variable d, knowing that the final speed 
is zero
Answer:
135 m
Explanation:
Speed = 45 m/s, time = 3 second
The formula for the distance is given by
Distance = speed x time = 45 x 3 = 135 m
Answer:
méthode if séparation muddy water
Answer:
KE2 = 2 KE1
1/2 M V2^2 = 2 * (1/2 M V1^2)
V2^2 = 2 V1^2
V2 = V1
Since momentum = M V the momentum increases by
