MYP Individuals & Societies Rubrics
Criterion A: Knowing and understanding
Maximum: 8
Students should be able to
use a wide range of terminology in context
demonstrate knowledge and understanding of subject-specific content and concepts through
develop

1
Topic 2 HL Review: Functions and Equations (December 2010)
SOLUTIONS
1.
2.
By the remainder theorem,
f (1) = 6 11 22 a + 6
= 20
a = 1
[4]
y
y1 = f(x )
y 2 = f(x k )
0
m
m+k
n
n+k
x
k
[4]
3.
Let f(x) = ax2 + bx + c where a = 1, b = (2 k) and c = k2.
The

1
Topic 1 HL Review: Algebra (December 2010)
1.
The second term of an arithmetic sequence is 7. The sum of the first four terms of the arithmetic
sequence is 12. Find the first term, a, and the common difference, d, of the sequence.
Working:
Answers:
.
(T

1
Topic 1 HL Review: Algebra (December 2010) SOLUTIONS
1.
Let a be the first term and d be the common difference, then
4
a + d = 7 and S4 = 2 (2a + 3d) = 12
(*)
a+d =7
4a + 6d = 12
(*)
a = 15, d = 8
(*)
[4]
2.
(1 i)z = 1 3i
1 3i
z = 1 i
(*)
1 3i 1 + i
z

1
Topic 1 HL Review: Algebra (December 2010) SOLUTIONS
1.
Let a be the first term and d be the common difference, then
4
a + d = 7 and S = 2 (2a + 3d) = 12
4
a+d =7
4a + 6d = 12
(*)
(*)
a = 15, d = 8
2.
[4]
(1 i)z = 1 3i
1 3i
z = 1 i
1 3i 1 + i
z = 1 i 1

Kinetics
Topics 6 (Core) 16.1, 16.2
(HL) + 10.5.2 (Core)
Successful Reaction
A reaction occurs when reactant particles
collide with sufficient energy and in the
correct orientation to react.
This energy is known as Activation
Energy.
The activation energy

1
Topic 2 HL Review: Functions and Equations (December 2010)
SOLUTIONS
1.
By the remainder theorem,
f (1) = 6 11 22 a + 6
= 20
a = 1
[4]
2.
y
y1 = f(x )
y 2 = f(x k )
0
m
m+k
n
n+k
x
k
[4]
1
2
3.
Let f(x) = ax2 + bx + c where a = 1, b = (2 k) and c = k2.

1
Topic 2 HL Review: Functions and Equations (December 2010)
1.
When the function f (x) = 6x4 + 11x3 22x2 + ax + 6 is divided by (x + 1) the remainder is 20.
Find the value of a.
Working:
Answers:
.
(Total 4 marks)
2.
The diagram below shows the graph of

Rubric
C
i. Present collected and
transformed data.
ii. Interpret data and explain
results using scientific reasoning.
iii. Evaluate the validity of a
hypothesis based on the
outcome of an investigation.
iv. Evaluate the validity of the method.
v. Explain

Chem. Study Guide
1. Waves and the relationships between wavelength, frequency and energy.
C=v
As frequency increase, wavelength shortens
E= h(Planks constant)v
2. Dual Nature of Electrons
Particles and waves
3. Quanta Photons (Light Quanta)
Waves in par

Physics S-1a
June 20, 2016
Physics S-1a: Assignment for June 22
Homework #1a: Vectors and Velocity
Due Monday, June 27, at 8:30AM
This assignment must be turned in by 8:30AM on Monday, June 27. Late homework will not be
accepted. Please write your answers

Chapter 3, Lesson 1: What is Density?
Key Concepts
Density is a characteristic property of a substance.
The density of a substance is the relationship between the mass of the substance and
how much space it takes up (volume).
The mass of atoms, thei

Harvard, Physics S-1a: Lecture 2 Pre-Reading
June 22, 2016
Pre-Reading for Lecture 2:
Momentum and Center of Mass
In physics, the concept of motion is linked with the concept of momentum. In everyday
speech, we say that something has momentum if it has a

CHARACTERIZATION WORDS: USE THE WORD BANK IF
YOURE "STUCK" FOR WORDS
Character Trait Word Bank
Stuck for words to describe characters? Try one of these.
.
abrupt, absent-minded, accomplished, adaptable, adventurous,
affectionate,
aggressive,
ambitious,
an

Homework- Work & Energy Problems
1. Can the speed of an object change if the net work done on it is zero?
2. Furniture movers wish to load a truck using a ramp from the ground to the rear of
the truck. One of the movers claims that less work would be requ

Index Page
Spectroscopy Test
Work in pairs,
Use your data tables,
And your gigantic brains.
Proceed
Index Page
Spectroscopy Test
Unknown #1
IR spectrum
MS spectrum
NMR spectrum
Unknown #2
IR spectrum
MS spectrum
NMR spectrum
Unknown #3
IR spectrum
MS spec

General Solubility Guidelines
Solubility Limits
Name
Mass of Solute (m) Soluble in
100 g of Solvent
Name
Mass of Solute (m) Soluble in
100 g of Solvent
Name
Mass of Solute (m) Soluble in
100 g of Solvent
Soluble
m 1.0 g
Sparingly
Soluble
1.0 g > m 0.1 g
I

Acids and Bases: Topic 8
8.1
Theories of Acids and Bases (2hrs)
8.1.1
8.1.2
Deduce whether or not a species could act as a Bronsted-Lowry
and/or a Lewis acid or base.
8.1.3
8.2
Define acids and bases according to the Bronsted-Lowry and
Lewis theories.
Ded

Equilibrium: Topic 7
7.1 Dynamic Equilibrium (1h)
7.1.1
Outline the characteristics of chemical and physical systems in a
state of equilibrium.
7.2 The Position of Equilibrium (4h)
7.2.1
Deduce the equilibrium constant expression (Kc) from the equation
fo

G
H
TS
What are the signs for H and S for a reaction that is spontaneous at all temperatures?
H
S
+
Energetics+ Topic 5
:
A.
B.
5.1 Exothermic and Endothermic Reactions (2h)
C.
5.1.1
D.
+Define +
the
terms exothermic reaction, endothermic reaction and
sta

A.
Ca
B.
Cr
C.
Ge
Bonding S Topic 4
D.
e
4.1 Ionic Bonding (2h)
8.
When Na, Describe the ionic bond as the electrostatic attraction between oppositely
4.1.1 K, and Mg are arranged in increasing
is correct?
charged ions.
A.
Na, K, Mg
B.
Na, Mg, K
4.1.2
Des

Periodicity Topic 3
3.1 The Periodic Table (1h)
3.1.1
3.1.2
!"
!"#
Describe the arrangement of elements in the periodic table in order of
increasing atomic number.
Names and symbols of the elements are given in the Chemistry Data Booklet. The history of
t