62. How do you compute for the average speed of each athlete?
a. Divide 200 meters by the recorded time of travel.
b. Divide the recorded time of travel by 200 meters.
c. Multiply 200 meters by the recorded time of travel.
d. Divide 200 meters by twice the recorded time of travel.
33. The material through which a wave move is called a
a. amplitude
b. compression
c. medium
d. rarefaction
34. A change in position with respect to a reference point.
a motion
b. dynamics
c. distance
d. displacement
35. Which of the following is an example of scalar quantity?
a. displacement b. force
c. velocity
d. distance
36. Which of the following is an example of vector quantity?
a. distance
b. speed
C. velocity
d. energy
37. A quantity described by both magnitude and direction.
a, scalar
b. vector
c. mass
d. volume
38. A quantity that includes a number and a unit only and is described by magnitude alone.
a scalar
b. vector
d. acceleration
39. A type of wave that can transmit energy even without any material medium.
a mechanical
d. transverse
b. electromagnetic
c. longitudinal
40. It is a propagation of disturbance through a medium in which energy is transferred.
c. acceleration
d. refraction
b. motion
a wave
C. force
PLEASE
PLEASE​