QuN5
Producing number names counts to at least 20 continues a count from a number other than 1 counts forwards by tens to 100 Counting items counts groups of up to 20 items Numeral recognition and identification points to the correct …
QuN5 | Quantifying numbers | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
AdS6
Flexible strategies with combinations to 10 uses a range of non–count-by-one strategies when adding or subtracting two or more numbers (bridging to 10, near doubles) uses part-whole construction of number to partition a whole number into parts (partitions …
AdS6 | Additive strategies | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
InF5
Equivalence of fractions identifies the need to have equal wholes to compare fractional parts (explains why one-third as a number is larger than one-quarter) creates fractions larger than 1 by recreating the whole (when creating four-thirds, recognises …
InF5 | Interpreting fractions | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
Multimedia
Multimedia | Portfolios | Curriculum connections | Resources
QuN9
Producing number names of any size counts forwards and backwards from any number produces and reads numbers to at least 1000 Numeral recognition and identification of place value recognises and identifies numerals from a given range up to 1000 …
QuN9 | Quantifying numbers | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
QuN10
Numeral recognition and identification of place value identifies numerals in the range 0–10 000 (is shown the numeral 2001 and responds two thousand and one) recognises a numeral from a given range of numerals up to 10 000 (when presented with the …
QuN10 | Quantifying numbers | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
QuN11
Understanding place value reads and writes numbers applying knowledge of the place value periods of ones, thousands, millions (how numbers are written with the digits organised in groups of three – 10 000 is read as ten thousand, where thousand is …
QuN11 | Quantifying numbers | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
MuS6
Flexible strategies for multiplication draws on the structure of multiplication to use known multiples in calculating related multiples (uses multiples of 4 to calculate multiples of 8) uses known single-digit multiplication facts (7 boxes of 6 donuts …
MuS6 | Multiplicative strategies | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
OwD3
Understanding the effects of multiplication and division with decimals understands that multiplying and dividing decimals by 10, 100, 1000 changes the positional value of the numerals explains that multiplication does not always make the answer larger …
OwD3 | Operating with decimals | Number sense and algebra | National Numeracy Learning Progression | National Literacy and Numeracy Learning Progressions | Resources
Structure of Ancient History Ancient History
Units In Ancient History, students study the key institutions, structures and features of ancient societies and develop a broader and deeper comprehension of the origins, impact and legacy of ideas, beliefs and values of the ancient world. The Ancient …
Structure of Ancient History | Ancient History | Humanities and Social Sciences | Senior secondary curriculum
Structure Digital Technologies
The Australian Curriculum: Digital Technologies (F–10) comprises two related strands: Digital Technologies knowledge and understanding – the information system components of data, and digital systems (hardware, software and networks) Digital Technologies …
Structure | Digital Technologies | Technologies | F-10 curriculum
Developing teaching and learning Auslan
Sequences of learning The Australian Curriculum: Languages – Auslan has two learning sequences: one from Foundation to Year 10, and another from Year 7 to Year 10 (Year 7 Entry). The curriculum is written in a series of bands, as follows: Foundation …
Developing teaching and learning | Auslan | Languages | F-10 curriculum
Structure Framework for Aboriginal Languages and Torres Strait Islander Languages
Pathways To cater for differences between the ecologies of languages and the communities who are owners and custodians of those languages, and to cater for students who come from a variety of learner backgrounds, the Framework has three pathways: First …
Structure | Framework for Aboriginal Languages and Torres Strait Islander Languages | Languages | F-10 curriculum
Elaboration (5) ACLCHU128
using non-verbal communication, such as gestures and facial expressions, for example, showing numbers 1–10 with fingers
Elaboration (5) | ACLCHU128 | Content Descriptions | Foundation to Year 2 | Years F–10 Sequence | Background Language Learner Pathway | Chinese | Languages | F-10 curriculum
The Arts: Drama - Satisfactory - Years 3 and 4
This portfolio of student work shows that the student can use voice and movement to express character (Item 1) and make decisions to demonstrate character (Item 1). They can demonstrate an understanding of performance narrative and reflect on choices …
The Arts: Drama - Satisfactory - Years 3 and 4 | Portfolios | Work samples | Resources
The Arts: Drama - Above satisfactory - Years 3 and 4
This portfolio of student work shows that the student can use voice and movement to express character emotional states (Item 1). The student is able to make decisions to demonstrate that a character has undergone change (Item 1). They can demonstrate …
The Arts: Drama - Above satisfactory - Years 3 and 4 | Portfolios | Work samples | Resources
The Arts: Visual Arts - Above satisfactory - Years 5 and 6
This portfolio of student work shows that the student understands, explores and demonstrates the influences and practices of cubism to plan and make artworks (items 1, 2 and 3). The student explains their understanding of how ideas are represented and …
The Arts: Visual Arts - Above satisfactory - Years 5 and 6 | Portfolios | Work samples | Resources
The Arts: Visual Arts - Satisfactory - Years 5 and 6
This portfolio of student work shows that the student understands and uses the influences and practices of cubism to plan and make artworks (items 1, 2 and 3). The student explains their understanding of how ideas are represented and displayed in their …
The Arts: Visual Arts - Satisfactory - Years 5 and 6 | Portfolios | Work samples | Resources
The Arts: Visual Arts - Below satisfactory - Years 5 and 6
This portfolio of student work shows that the student has some understanding of the influences and practices of cubism to plan and make artworks (items 1, 2 and 3). The student explains their understanding of how ideas are represented in their artworks …
The Arts: Visual Arts - Below satisfactory - Years 5 and 6 | Portfolios | Work samples | Resources
ACMMM176
simulate repeated random sampling, for a variety of values of \(p\) and a range of sample sizes, to illustrate the distribution of \(\widehat p\) and the approximate standard normality of \(\frac{\widehat p\;-p}{\sqrt[{}]{(\widehat p(1-\widehat p)/n}}\) …
ACMMM176 | Content Descriptions | Unit 4 | Mathematical Methods | Mathematics | Senior secondary curriculum