1. The equation in solving for the velocity is
a. v=d/t b. v=Vf+ Vi C. v=t/d d. v = VVit
2
el 2
2. The equation in solving for the average velocity is
a. V = d/t
b. Vave = VF+ Vi C. y=t/d
d. v = ve
VI
2
2
3. The equation in solving for the acceleration is
a. v=d/t b. Vave = Vp + Vi C. v=time/d d. a = VeVit
mo 2 bido so
2
4. Free-fall body is an example of UAM, with its acceleration being
a. -9.8 m/s2 b. 9.8 m/s2 c. 9.8 m/s d. - 9.8 m/s
5. The formula in solving for final velocity for UAM is
a. Vf = at + V b. v=Vf-Ví
C. Vi = -at + Vi d. v2 = v.2 + ad
2
7.A
is any object thrown into space (empty or not) by the exertion of a force.
a. Curved path b. Projectile c. Projectile motion d. Ball
8. It is a curved path taken by a projectile in its flight through the air.
a. Projectile b. Projectile motion C. Trajectory d. Maximum height
9. It is a form of motion in which an object or particle called a projectile is thrown near the Eart
surface, and it moves along a curved path under the action of gravity only.
a. Projectile b. Projectile motion c. Trajectory
d. Maximum heights
10. The trajectory is also termed as
nath or flight path
c. straight path or flight path
hotha and c
or​