Martin rides his bicycle at 1.5 m/s south for 10 minutes, then drives at 3.0 m/s south. His acceleration is calculated as the change in velocity (3.0 - 1.5 = 1.5 m/s) divided by the time (10 seconds), which is 0.15 m/s^2.

2. Sample Problem:
Martin rides a bicycle at 1.5 m/s south. Ten minute later, he is
driving at 3.0 m/s south. What is Martin’s acceleration?
Given: Vi = 1.5 m/s t = 10 s
Vf = 3.0 m/s
Solution: a = Vf – Vi = 3.0 m/s – 1.5 m/s = o.15 m/s2
t
10 s

4.  Describe each characteristics of
waves;
 Relate amplitude, frequency
wavelength and wave velocity;
 Analyzing situations involving
characteristics of waves;

5. A microwave oven uses microwaves to
cook food by transferring energy to the
water molecules in the food. Containers that
are water-free, like plastic, usually remain
cool. Wrapping food in aluminum foil will
reflect microwaves and the food will not
cook. Metallic decorations on chinaware are
susceptible to damage.

6. Is a disturbance traveling through a medium
or a vacuum.
Wave pulse is a single unrepeated
disturbance
Wave train is a succession of
periodic disturbances

7. are classified according to
nature
wave is either
mechanical
electromagnetic
direction of vibrations
wave is either
transverse
longitudinal

8. Requires a material medium to
be produced and propagated

9. can travel in vacuum (empty space) /
does not require medium to be
produced and propagated

10. How do mechanical waves
differ from
electromagnetic waves?

11. the particles of the medium vibrate perpendicular to the
direction of the wave propagation
the particles of the medium vibrate
parallel to the direction of the wave propagation

12. How do transverse waves
differ from longitudinal
waves?

13. What
Are the
Valuable points and applications that
you have learned?
Express your insight/learning to the
class.

14. How do you go through
the waves of life?