Difference between revisions of "Sandbox:Vantage Science Coordinated Syllabus"

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(Term One)
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! Week !! Phys 107 !! Math 100 !! Chem 121 !! LLED 200 !! SCIE 113
 
! Week !! Phys 107 !! Math 100 !! Chem 121 !! LLED 200 !! SCIE 113
 
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| 1 || Kinematics || e.g. Topic 1 || Periodic Trends (ionization energy etc)  || e.g. Topic 1 || N/A
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| 1 || Kinematics || e.g. Topic 1 || Periodic Trends (ionization energy etc)  || Doing Science by Using the Language of Science || N/A
 
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| 2 || Vectors and 2D Kinematics ||  || Lattice energy and structure || ||
 
| 2 || Vectors and 2D Kinematics ||  || Lattice energy and structure || ||
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==Term Two==
 
==Term Two==

Revision as of 12:56, 20 January 2014

Vantage Science Coordinated Syllabus

This page can be used to outline the topics to be covered each week across the program. The topics only need to be top-level and fairly broad so that cross-cutting themes can be identified.

Help on using wiki tables can be found at: http://wiki.ubc.ca/Help:Tables

Term One

Term One Topics
Week Phys 107 Math 100 Chem 121 LLED 200 SCIE 113
1 Kinematics e.g. Topic 1 Periodic Trends (ionization energy etc) Doing Science by Using the Language of Science N/A
2 Vectors and 2D Kinematics Lattice energy and structure
3 Forces s-Block Reactivity
4 Dynamics Structure Representation (Lewis Structures)
5 Newton's 3rd Law Molecular Shape and Properties
6 Circular Motion p-Block Reactivity
7 Momentum p-Block Reactivity
8 Mechanical Energy Wave/Particle Duality
9 Work Atomic Orbitals
10 Applications of Newton Spectroscopy & Electron Arrangement in Atoms
11 Elasticity and Oscillations Bonding- Valence Bond theory
12 Thermodynamics Bonding-Molecular Orbital theory
13 Ideal Gas Law Metallic Bonding

Term Two

Term Two Topics
Week Phys 108 Math 101 Chem LLED 201 SCIE 113
1 Electric Charge and Force Topic 1 N/A Topic 1 Introduction to the First Year Seminars in Science
2 Electric Field Aspects of the Nature of Science
3 Electric Flux, Gauss' Law Scientific Method
4 Electric Potential and Energy Science as a Way of Knowing, In Class Essay (low stakes, 7%)
5 Potential, Field, Capacitance Basics of Argumentation, Identifying Claims and Evidence
6 Current and Resistance Evaluating Scientific Evidence, Literature Sources
7 DC Circuits Evaluating Scientific Claims, In Class Essay (14% final mark)
8 Magnetic Field Scientific Models, Different Types of Scientific Evidence
9 Electromagnetic Induction Case Scenarios: Identify Evidence
10 Electromagnetic Fields and Waves Scientific Community, Applied/Basic Research
11 AC Circuits In Class Essay (17% final mark)
12 Relativity Science and Society
13 Modern Physics Course Summary (Concept Maps), Final Project (25% final mark)

Term Three

Term Three Topics
Week Phys Math Chem 123 LLED SCIE 113 EOSC 110/111 CPSC 110
1 N/A N/A Systems & State Functions N/A N/A Topic 1 Topic 1
2 Gases & Phase Equilibria
3 1st Law Of Thermo & Enthalpy
4 2nd Law of Thermo & Entropy
5 3rd Law & Spontaneous Reactions
6 Equilibrium
7 Electrochemistry & Kinetics
8 Hydrocarbons nomenclature & properties
9 Conformational Analysis
10 Alkenes & Stereochemistry I
11 Stereochemistry II
12 SN2 Reactions
13 SN1 Reactions