a.
a.
a.
C 2. Using the diagram, locate the point where slip initiated during an earthquake
Point A
b. Point B
C. Point C
3. In which point is the epicenter of an earthquake located?
d. Point A,B,C
Point A
b. Point B
c. Point C
d. Point A,B,C
4. Which statements correctly describe Point C?
It is the point where the fault starts to glide
b.
The point where the waves started to rupture
C. The point directly above the earthquake's origin
d. The point of break in the Earth's crust where movement has taken place
5. In the diagram above, what type of fault is being shown?
Normal fault
d. Transform ſau
b. Reverse fault
c. Strike-slip fault
6. A fault is a fracture or zone of fractures between two blocks of rock. Below illustrates the
novement of fault, which illustrations shows the occurrence of earthquake?
a.
a.
a.
1
I and II
b. III and IV
IV
c. I, II, III
d. I, II, III, IV
7. Based on the illustration in number 6, how do faults produce earthquake?
Due to the rapid release of energy from inside the Earth makes the ground move, once f
overcome, a fault slips producing earthquakes
b. Due to tectonic plates in collision forming volcanoes, trenches and faults producing ear
c. Magma accumulates and went out along with the fault producing earthquakes
d. Magma and lava causes the ground to spread and created faults which produces earth
8. What do you call the point inside the Earth where earthquakes begins?
a. Epicenter
b. hypocentre
c. fault
d. focus
9. An earthquake's source of energy is located at the
but the location at the lar
point is called the
?
a. Epicenter, focus b. fault, hypocentre c. focus, epicenter d. focus, fa​