Q4- SCIENCE 7- WEEK 1_LEARNING COMPETENCY 1.pptx

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1. Quarter 4-Week 1-LC 1: Energy within the Earth and the Pacific Ring of Fire: Introduction to earthquake

2. Energy within the Earth and the Pacific Ring of Fire: Introduction to earthquake CONTENT The learners learn that rapid movements along normal, reverse or strike-slip faults cause earthquakes. LEARNING STANDARD The learners will Classify geological faults according to the angle of the fault plane and direction of slip. LEARNING COMPETENCY

3. By the end of the lesson, the 80 percent of the learners will be able to: Describe the Pacific Ring of Fire. Classify the geologic faults according to the angle of the fault plane and the direction of slip. Acknowledge the relevance of seismic activities with the location of the country by answering the reflection of learning. OBJECTIVES

4. I. Activating Prior Knowledge I. Activating Prior Knowledge

5. Describe the Pacific Ring of Fire. Classify the geologic faults according to the angle of the fault plane and the direction of slip. Acknowledge the relevance of seismic activities with the location of the country by answering the reflection of learning. B. Establishing Purpose of the Lesson 1. LESSON PURPOSE

6. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. FLUAT It is a fracture in the Earth's crust through which movement has occurred.

7. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. FAULT It is a fracture in the Earth's crust through which movement has occurred. ANSWER KEY

8. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. E T R A H A U E K Q It is a sudden and violent shaking of the ground caused by the movement of the tectonic plates beneath the earth. It can occur on land or under the ocean.

9. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. EARTHQUAKE It is a sudden and violent shaking of the ground caused by the movement of the tectonic plates beneath the earth. It can occur on land or under the ocean. ANSWER KEY

10. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. H A I G N N G W L L A The side of a non-vertical fault that occurs above the fault plane.

11. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. HANGING WALL The side of a non-vertical fault that occurs above the fault plane. ANSWER KEY

12. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. F T O O L A L W The side of a non-vertical fault that can be found below the fault plane.

13. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. FOOT WALL The side of a non-vertical fault that can be found below the fault plane. ANSWER KEY

14. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. S E I I C M S A I I C T T V Y Also referred to as seismicity, is the occurrence and distribution of earthquakes in a region.

15. B. Establishing Purpose of the Lesson 2. Unlocking Content Vocabulary: Match Type Activity Direction: Unscramble the letters of the term being described by the given statement. SEISMIC ACTIVITY Also referred to as seismicity, is the occurrence and distribution of earthquakes in a region. ANSWER KEY

16. C. Developing and Deepening Understanding Describe the Pacific Ring of Fire The Pacific Ring of Fire is an area of intense seismic activity that circles the Pacific Ocean. It's characterized by a chain of volcanoes and frequent earthquakes. This ring is a result of tectonic plate interactions where the Pacific Plate collides with other plates, creating subduction zones that trigger volcanic activity and earthquakes.

17. C. Developing and Deepening Understanding Classify Faults by Angle and Slip Fault Plane Angle The angle of the fault plane determines the type of fault: Normal, Reverse/Thrust, or Strike-Slip. Direction of Slip The direction of slip along the fault plane classifies the fault further, depending on whether the blocks move up or down.

18. C. Developing and Deepening Understanding Normal Faults Hanging Wall The block above the fault plane, moving downward. Footwall The block below the fault plane, moving upward.

19. C. Developing and Deepening Understanding Reverse (Thrust) Faults Hanging Wall The block above the fault plane, moving upward. Footwall The block below the fault plane, moving downward.

20. C. Developing and Deepening Understanding Strike-Slip Faults 1 Right-Lateral Blocks move horizontally past each other, with the opposite side moving to the right. 2 Left-Lateral Blocks move horizontally past each other, with the opposite side moving to the left.

21. C. Developing and Deepening Understanding Seismic Activities and Location 1 Plate Boundaries Most earthquakes occur along plate boundaries, where tectonic plates interact. 2 Fault Zones Within these boundaries, fault zones are areas of weakness where rocks fracture and slip, leading to earthquakes. 3 Seismic Risk Countries located on or near active fault zones face a higher risk of earthquakes.

22. Key Takeaways 1 Fault Classification Faults are classified by their angle and slip direction, impacting seismic activity. 2 Pacific Ring of Fire This area is prone to volcanic activity and earthquakes due to tectonic plate interactions. 3 Seismic Risk Understanding fault types and their location helps assess seismic risk and prepare for potential earthquakes.

23. C. Developing and Deepening Understanding C. Developing and Deepening Understanding WORKED EXAMPLE The teacher will show the picture to the class and ask them the questions that follow. What do you see in the picture? Why is it called the Pacific Ring of Fire? Why are there a lot of volcanoes in the Pacific Ring of Fire? Aside from volcanic eruptions, do you know other phenomena in the Pacific Ring of Fire?

24. C. Developing and Deepening Understanding LESSON ACTIVITY Activity No. 1: Map Me! Objective(s): At the end of the activity, the students should be able to map the listed places, analyze its location and relate it to its seismic activity. Materials Needed: world map/globe, marker

25. C. Developing and Deepening Understanding LESSON ACTIVITY Activity No. 1: Map Me! Instructions: 1. Locate the following countries on the map/globe with a marker. o Japan o Turkey o Indonesia o Peru o China o U.S. o Philippines o Italy o Iran o New Zealand

26. C. Developing and Deepening Understanding LESSON ACTIVITY Activity No. 1: Map Me! Instructions: Analyze the location of the marked countries, then, answer the guide questions that follow. Guide Questions: What do you notice about the location of the places listed above? How is the location of the places related to its seismic activity?

27. C. Developing and Deepening Understanding LESSON ACTIVITY Activity No. 1: Map Me!

28. D. MAKING GENERALIZATION Learners’ Takeaways KWL Chart: Using the graphic organizer, the students will answer the L column or what they have learned about the lesson.

29. D. MAKING GENERALIZATION Reflection on Learning What are the key factors that influence the seismic risk in our region based on the country's position? How can understanding the connection between seismic events and the country's location help inform disaster preparedness and mitigation strategies?

30. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 1. The Pacific Ring of Fire is: A region of high volcanic and seismic activity around the Pacific Ocean A popular tourist destination in the Pacific c) A new renewable energy source d) All of the above

31. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 2. Geologic faults are classified by: a) The angle of the fault plane b) The direction of slip c) Both a and b d) None of the above

32. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 3. Which of the following is most relevant in understanding seismic activities in relation to a country's location? The country's latitude and longitude The country's proximity to major tectonic plate boundaries The country's average annual rainfall Both a and b

33. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 4. Subduction zones, where one tectonic plate is pushed under another, are typically found: a) At mid-ocean ridges b) At transform faults c) Along the Pacific Ring of Fire d) All of the above

34. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 5. The three main types of faults are: a) Normal, reverse, and strike-slip b) Convergent, divergent, and transform c) Shallow, intermediate, and deep d) Both a and b

35. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 6. Earthquakes are most commonly caused by: a) Volcanic eruptions b) Tidal forces c) Movements along geologic faults d) All of the above

36. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 7. Which of the following is NOT a key factor influencing seismic risk in a region? a) Proximity to tectonic plate boundaries b) Local soil and rock conditions c) Average annual temperature d) Historical earthquake activity

37. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 8. Notable seismic events in a country are important to study because they can: Help predict future earthquake patterns Provide insights into the country's geological history Inform disaster preparedness and mitigation strategies All of the above

38. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 9. Analyzing seismic activity in a region can contribute to the global understanding of: a) Plate tectonics b) Volcanic processes c) Geological time scales d) All of the above

39. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING _________ 10. Which of the following is the most accurate statement about the Pacific Ring of Fire? It is a region of low seismic and volcanic activity It is located primarily in the southern hemisphere It is the result of convergent plate boundaries It has no impact on the countries located within it

40. E. EVALUATING LEARNING E. EVALUATING LEARNING E. EVALUATING LEARNING a) A region of high volcanic and seismic activity around the Pacific Ocean c) Both a and b d) Both a and b c) Along the Pacific Ring of Fire d) Both a and b c) Movements along geologic faults c) Average annual temperature d) All of the above d) All of the above c) It is the result of convergent plate boundaries ANSWERS KEY

41. Reference : SCIENCE 7 LESSON EXEMPLAR ● Samonte , B. S. et.al. First edition (2019). Science 8 Quarter 2 – Module 1: Earthquakes and Faults, Department of Education Caraga https://www.britannica.com/science/seismicity, accessed: 02/24/2024 ● Yanukovich , Y. (2024, January 30). Top countries where earthquakes most often occur. Realting.com. https://realting.com/news/which-countries-are-most-prone-to-earthquakes lifted: 02/24/2024