Science Calendar

Topics/Timings:

Time: 30 Minutes

Definitions:

- WHMIS & HHPS

- Ionic Compound

- Cation / Anion

- Monovalent

- Multivalent

- Polyatomic

- Molecular Compound

- Law of Conservation of Mass

- Skeleton Equation

- Balanced Chemical Equation

- Acid/Base

- pH Scale

- Neutralization

Topics/Timings

Total Time = 40 Minutes

- Patterns in the periodic table (families, groups) : 10 minutes

- Subatomic particles: 5 minutes

- Lewis Dot Diagrams: 10 minutes

- Ionic vs Multivalent: 15 minutes

Topics/Timings:

- Balancing Chemical Equations: 20 Minutes

- Activity Series: 10 Minutes

- Chemical Reactions (single displacement, double displacement, synthesis, decomposition) : 20 Minutes

Total Time = 50 Minutes

Topics/Timings:

- pH Scale and Classifying Solutions based on it: 10 Minutes

- Applications of Acid Based Chemistry: 10 minutes

-Nomenclature for Monovalent, Multivalent, Polyatomic, and Molecular: 20 Minutes

Total Time = 40 Minutes

Topics/Timings:

Definitions:

- Multicellular/unicellular

- Prokaryote/ Eukaryote

- Organelle

- Diffusion/ Osmosis

- Chromosome/chromatid/centromere

- DNA/gene

- Mutation

- Cell division

- Cell cycle/Mitosis

- Cancer

- Benign/malignant tumour

- DNA screening/cloning/Transgenic

organisms

- Cell specialization/ differentiation

-Cell/tissue/organ/organ system

- Embryonic stem cell

- Epithelial/muscle/nervous/

connective tissue

- Digestive/circulatory/ respiratory

system

- Artery/vein/capillary

- Alveoli

- Bronchi/bronchiole

- Villi/microvilli

- Medical imaging technology

- Meristematic cell

- Transpiration

- Dermal/vascular/ground/root tissue

Root/shoot system

- Add to Study Guide

Time: 60 Minutes

Topics/Timings:

- Cell Organelles: 20 Minutes

- Eukaryote vs Prokaryote: 5 Minutes

- Animal Cell vs Plant Cell: 5 Minutes

- Diffusion and Osmosis: 5 Minutes

- Cell Divison (interphase, mitosis, cytokinesis): 15 minutes

- Causes of Cancer: 20 Minutes

- Types of Tumors: 10 Minutes

- Diagnosis of Cancer and Treatments: 30 mintes

Total Time = 1 Hour 40 Minutes

Topics/Timings:

- Respiratory System and Organs Involved: 30 Minutes

- Gas Exchange: 10 Minutes

- Circulatory System and Organs Involved: 30 Minutes

- Digestive System and Organs Involved: 30 Minutes

Total Time = 1 Hour 40 Minutes

Topics/Timings:

- DNA/Genes: 10 Minutes

- Biotechnology: 20 Minutes

- Cell Specialization: 5 Minutes

- Types of Tissues: 10 Minutes

- Stem Cells: 5 Minutes

- Interactions between systems: 20 Minutes

- Medical Technologies: 15 Minutes

Total Time = 1 Hour 25 Minutes

Topics/Timings:

- Specialized Cells and Tissues in Plants: 15 Minutes

- Functions of Plant Organs: 20 Minutes

- Roots and Shoot System: 10 Minutes

Total Time = 45 Minutes

Topics/Timings:

Total Time = 1 Hour 15 Minutes

Definitions: 45 Minutes

- Incandescence

- Fluorescence

- Luminescence

- Phosphorescence

- Chemiluminescence

- Bio luminescence

- Wavelength

- Angle of reflection

- Plane mirror

- Virtual image

- Concave mirror

- Principal axis

- Focal point/length

- Convex mirror

- Refraction

- Index of refraction

- Critical angle

- Total internal reflection

- Snell’s Law

- Converging/diverging lens

- Cornea/retina

- Myopia/astigmatism/hyperopia/

presbyopia

- Electromagnetic Spectrum: 15 Minutes

- Visible Light: 5 Minutes

- Visible Spectrum: 10 Minutes

*Study for Computers Studies for 30 Minutes*

Topics/Timings:

-Laws of Reflection: 5 Minutes

- Incident ray, Reflected Ray, Angle of Incidence, Angle of Reflection, Normal: 15 Minutes

- Plane Mirrors: 15 Minutes

- Concave Mirrors and Applications: 20 Minutes

- Convex Mirrors and Applications: 20 Minutes

- Mirror Equations: 20 Minutes

- Refraction: 5 Minutes

- Partial Reflection: 5 Minutes

- Index of Refraction Formula and Snell's Law: 20 Minutes

- Total Internal Refraction and Critical Angle (part 1): 20 Minutes

Total Time = 2 Hours 25 Minutes

*Study for Computers Studies for 30 Minutes*

Topics/Timings:

- Total Internal Reflection and Critical Angle (part 2): 10 Minutes

- Applications of Total Internal Refraction: 10 Minutes

- Lens Ray Diagrams: 20 Minutes

- Lens Equations: 15 Minutes

- Applications of Lenses: 15 Minutes

- Parts of the Human Eye: 20 Minutes

- Vision Problems: 15 Minutes

Total Time = 1 Hour 45 Minutes

*Study for Computers Studies for 30 Minutes*

Topics/Timings:

- Weather vs Climate: 10 minutes

- Patterns in Climate: 10 Minutes

- Reducing Impact: 20 Minutes

- Ozone Layer

- Atmosphere

- Fossil Fuels

- Urbanization

- Deforestation

- Proxy Records

- Tree Rings

- Ice Cores

- Fossils

- Global climate model

- Carbon footprint

Definitions: 30 Minutes

- Weather

- Climate

- Greenhouse Effect

- Global Warming

- Climate Change

- Anthropogenic

- Carbon dioxide

- Methane

- Nitrous oxide

- Water vapour

- Halocarbons

Total Time = 1 Hour 10 minutes

*Study for Computers Studies for 30 Minutes*

Topics/Timings:

- Greenhouse Effect/ Greenhouse Gases: 10 Minutes

- Natural vs Anthropogenic Sources: 10 Minutes

- UV Radiation: 10 Minutes

- Impacts of Climate Change: 15 Minutes

- Proxy Records: 15 Minutes

Total Time = 1 Hour

Topics:

- Definitions

- Patterns in the periodic table (families, groups)

- Subatomic particles

- Lewis Dot Diagrams

- Ionic vs Multivalent

- Balancing Chemical Equations

- Activity Series

- Chemical Reactions

- pH Scale

- Applications of Acid Based Chemistry

- Nomenclature

Total Time = 1 Hour

Topics/Timings:

- Definitions

- Cell Organelles

- Eukaryote vs Prokaryote

- Animal Cell vs Plant Cell

- Diffusion and Osmosis

- Cell Division

- Causes on Cancer

- Types of Tumors

- Diagnosis and Treatments

- Respiratory System

- Circulatory System

- Digestive System

- DNA/Genes

- Cell Specialization

- Biotechnology

- Types of Tissues

- Interactions between Systems

- Medical Technologies

- Specialized Cells and Tissue in Plants

- Functions of Plant Organs

Total Time = 2 Hours

Topics/Timings:

Total Time = 1 Hour 30 Minutes

- Definitions

- Electromagnetic Spectrum

- Visible Spectrum

-Laws of Reflection

- Incident ray, Reflected Ray, Angle of Incidence, Angle of Reflection, Normal

- Plane Mirrors

- Concave Mirrors

- Convex Mirrors

- Mirror Equations

- Refraction

- Partial Refraction

- Index of Refraction and Snell's law Formula

- Total Internal Refraction and Critical Angle

- Lens

- Human Eye

- Vision Problems

Topics/Timings:

- Definitions

- Weather vs Climate

- Patterns in Climate

- Reducing Impact

- Greenhouse Gases

- Greenhouse Effect

- Natural vs Anthropogenic

- UV Radiation

- Proxy Records

- Impacts of Climate Change

Total Time = 1 Hour