The Grade 9 Science Program follows an enhanced curriculum in Chemistry. It recognizes the place of science and technology in everyday human affairs. It integrates science and technology in the social, economic, personal and ethical aspects of life. It promotes a strong link between science and technology, including indigenous technology, thus preserving our country’s cultural heritage. It highlights practical applications through Green Education that inspire action towards conservation and responsible interaction to take proactive steps to address environmental issues that build up on specific topics. It is designed conforming to a disciplined approach in teaching the scientific concepts in Chemistry.
The Grade 9 Science Program aims to achieve the following objectives:
BE A YOUNG SCIENTIST - Explain the interrelationships among the different scientific processes and demonstrate scientific process skills and right attitudes in investigating the natural world. (competence and conscience)
BE A RESPONSIBLE CITIZEN - Relate scientific knowledge with the ability to make a moral stand on socio-scientific issues and social impacts of advancement of science. (competence, compassion, conscience, and Christ-centeredness)
BE A GOOD CHRISTIAN - Respond to God’s call to preserve and sustain life and its environment. (competence, commitment, compassion, conscience, and Christ-centeredness)
Learning Device (e.g. desktop, laptop)
Scientific Calculator
Prescribed Periodic Table
Ruler (Orions)
Notebook
Home Laboratory Materials
Goggles and Apron
Lab Shoebox (per pair/group)
dishwashing liquid
sponge
marker pen
masking tape
2-3 pcs rags
matches / small matchbox
1 roll toilet paper
Orions plastic ruler
a pair of scissors
lab aprons and goggles
O - INTRODUCTION and ORIENTATION
1 - Nature of Science and Study of Chemistry (pages 2-16)
1B/2 - Methods of Science (pages 17-32)
SciRe - Sustainable Development Goals and Science Research Project 1 (Topic Proposal and Introduction) (pages 226-231)
3 - Measurements (pages 33 -47)
4 - Mole Concept (pages 48-53)
SciRe - Research Project 2 (Review of Related Literature and Methodology)
5 - Matter
6 - Atomic Structure
7 - Electronic Structure
SciRe - Research Project 3 (Data, Analysis, Conclusion, Recommendation and Virtual Poster)
8 - Periodic Table
9 - Chemical Bonding
10 - Percent Composition
11 - A Variety of Carbon Compounds
12 - Chemical Reaction
13 - Gas Laws
*Schedule and modules could be subject to changeThe JUNIOR HIGH SCHOOL CHEMISTRY WORKTEXT-PORTFOLIO is a compilation of activities and experiments in Chemistry aimed at creating an opportunity to meet new trends and techniques in teaching Chemistry. The goal of this worktext-portfolio is to help in building the student's understanding of topics by using innovative tools and activities.
The worktext-portfolio is divided into four parts:
PART A: Modules
PART B: Laboratory Activities
PART C: Scientific Research Writing
PART D: Practice Worksheets
AT 1 - Onsite Written Tests (9%)
AT 2 - Onsite Drills/Exercises (6%)
AT 3 - Online Submissions (5%)
AT 4 - Laboratory Performance (5%)
AT 5 - Laboratory Reports (15%)
AT 6 - SciRe/Green Education (20%)
AT 7 - Long Tests (20%)
AT 8 - Periodical Exam (15%)
AT 9 - Others (5%)
Worktext-Portfolio
Notebook
Class Participation