Answer:
Velocity B = 20 m/s
Explanation:
Let the mass and velocity of the first object be A.
Let the mass and velocity of the second object be B.
Given the following data;
Mass A = 50 kg
Velocity A = 10 m/s
Mass B = 25 kg
To find the velocity of mass B;
First of all, we would determine the momentum of mass A;
Mathematically, momentum is given by the formula;
Momentum = mass * velocity
Substituting into the formula, we have;
Momentum A = 50 * 10
Momentum A = 500 Kgm/s
As a result of the collision, momentum of mass A is equal to the momentum of mass B.
Momentum A = Momentum B
500 = mass B * velocity B
500 = 25 * velocity B
Velocity B = 500/25
Velocity B = 20 m/s
Therefore, the velocity of the 25.0 kilogram mass after the collision is 20 meters per seconds.
Answer:
<em>The narrator is not part of the story and only states the characters' actions and speech</em>.
Explanation:
<em>When you speak in </em>third-person objective point of view<em>, you're describing what is happening to a character, but you </em>do not<em> know their thoughts or feelings. An example of this would be " He is now going to the park, but later he'll go to the movies"</em>
the Doppler effect
it is the change in frequency or wavelength of a wave for an observer moving relative to its source
Idk honey that sounds nasty...
Answer:
Explanation:
Read an explicit text by historian Marcela Telles about the music produced in Minas Gerais.