Appendix - Jacaranda Flashcards
1
Q
Atomic size
A
2
Q
Nanoscale
A
3
Q
History of the Atom
A
4
Q
- What is the Atomic Number of an element?
- What is the Mass Number of an element?
A
5
Q
- What is spectroscopy?
- Key points of Bohr’s Model of The Atom?
A
6
Q
- What does the electron configuration show?
- Where are the electrons in the Schrödinger model?
A
7
Q
- What does an Aufbau diagram show?
- Hw do electrons fill orbitals?
A
8
Q
- How is the periodic table divided?
A
9
Q
- What are some key points about core charge?
A
10
Q
- What is electronegativity?
- What is ionisation energy?
- How are they both similar?
A
11
Q
reactivity
A
12
Q
- How are Atomic Masses standardised?
- What is Relative Isotopic Mass (RIM)?
- What is Relative Atomic Mass (RAM)
A
13
Q
- What does a Mass Spectrum show?
A
14
Q
- What is The mole?
- What is Avogadro’s Number?
- How do you calculate the amount or number of moles of a particle?
- How many molecules and atoms in 1 mole of water?
A
15
Q
- What is molar mass, M?
- How do you find the molar mass of a substance?
A
16
Q
percentage composition
A
17
Q
- What is the empirical formula of an ionic compound?
- How do you calculate the empirical formulaof an ionic compound?
A
18
Q
- What are the physical properties of ionic compounds?
- How are ionic compounds typically formed?
- Give an example?
- Where are ionic compounds used?
A
19
Q
ionic bonding model
A
20
Q
crystal structures
A
21
Q
- What are the properties of metals?
- What are metals described as reductants?
A
22
Q
metallic bonding model
A
23
Q
- what are the properties of Main-group metals?
- what are the properties of Transition metals?
A
24
Q
reactivity if metals
A
25
extracting a metal from its ore?
26
modifying metals
27
Metallic nanomaterials: **Silver and Gold colloids**
28
**molecules** and **covalent bonding**
29
**electron dot structures**
30
**intramolecular** and **intermolecular** **bonding**
31
What are the physical properties of **molecular** (non-metallic) **substances**
32
**Valence Shell Electron Pair Repulsion (VSEPR)** hypothesis and **molecular shape**
33
**polar bonds** and **polar molecules**
34
**intermolecular** bonding **dispersion forces**
35
**intermolecular** bonding **dipole-dipole interaction**
36
**hydrogen bonding** in **water**
37
representing molecules using models
38
diamond
39
graphite
40
carbon nanomaterials
41
**organic compounds** and their **origins**
42
**molecular**, **structural** and **condensed** formulas
43
fractional distillation of crude oil
44
**hydrocarbons**, **alkanes**, **alkenes** and **alkynes**
45
**systematic naming** of **alkanes**, **alkenes** and **alkynes**
46
**systematic naming** of **branched hydrocarbons**
47
**alcohols** and **carboxylic acids**
48
esters
49
**structural isomers**
50
empirical and molecular formulas
51
addition polymerisation
52
effects of crosslinking
53
recycling polymers
54
effects of **branching** and **chain length**
