General Science Periodical Test with Table of Specifications (TOS) Free Download
General Science Periodical Test with Table of Specifications (TOS) Free Download
Quarter 1 Learning Competencies Covered:
1. identify various ways physics enhances our quality of life across different areas, including household activities, health and safety, work productivity, and leisure;
2. compare and contrast translational and rotational motion in terms of their respective linear and angular quantities;
3. demonstrate through simple activities the relationship between linear and angular quantities;
a. human movement (e.g., exercises, dance, and gymnastics), and
b. ergonomic designs (e.g., buildings, vehicles, furniture, and toys);
4. apply concepts of translational and rotational motion to design and build prototypes of efficient simple and compound machines;
5. explain the characteristics of efficient simple and compound machines;
1. identify various ways physics enhances our quality of life across different areas, including household activities, health and safety, work productivity, and leisure;
2. compare and contrast translational and rotational motion in terms of their respective linear and angular quantities;
3. demonstrate through simple activities the relationship between linear and angular quantities;
a. human movement (e.g., exercises, dance, and gymnastics), and
b. ergonomic designs (e.g., buildings, vehicles, furniture, and toys);
4. apply concepts of translational and rotational motion to design and build prototypes of efficient simple and compound machines;
5. explain the characteristics of efficient simple and compound machines;
6. to enhance simple and compound machines;
7. identify applications of Archimedes’ principle and Pascal’s principle in various contexts, such as home, community, businesses, and transportation;
8. design simple practical activities or models to determine how variations in physical properties, such as shape, mass, and volume, affect an object's ability to float in a fluid;
9. discuss safety practices in dealing with electrical hazards, such as overloading, damaged insulation, damp electrical conditions, faulty wiring, and electrocution;
10.propose ways to minimize energy loss and energy wastage in homes, schools, local businesses, and other parts of society;
11. discuss properties of light and sound waves related to communications technology, navigation, medicine, and entertainment; and
12. identify innovations related to sound and light, such as soundproofing, sound amplifiers, LEDs, holograms, and lasers.
7. identify applications of Archimedes’ principle and Pascal’s principle in various contexts, such as home, community, businesses, and transportation;
8. design simple practical activities or models to determine how variations in physical properties, such as shape, mass, and volume, affect an object's ability to float in a fluid;
9. discuss safety practices in dealing with electrical hazards, such as overloading, damaged insulation, damp electrical conditions, faulty wiring, and electrocution;
10.propose ways to minimize energy loss and energy wastage in homes, schools, local businesses, and other parts of society;
11. discuss properties of light and sound waves related to communications technology, navigation, medicine, and entertainment; and
12. identify innovations related to sound and light, such as soundproofing, sound amplifiers, LEDs, holograms, and lasers.
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