学习目标
- Recognise, explain, and apply “names”.
- Recognise, explain, and apply “properties”.
- Recognise, explain, and apply “position and turns”.
Year 1 / Mathematics / Geometry and data
2D and 3D shapes: structured theory, worked examples, answered practice, and a mastery checklist for Year 1.
单元
练习前按清晰顺序掌握本章核心概念。
Write the number in a useful form, check sign and place value, and only then choose the operation. A clear representation reduces mechanical errors.
Fractions, decimals, percentages, ratios, and powers can describe the same quantity. Changing form is a solving tool, not a separate trick.
Estimate before and after the exact calculation. The sign, order of magnitude, and unit must agree with the problem context.
Use a suitable representation, state the rule, and keep every numerical or algebraic step equivalent. Finish with estimation, an inverse operation, or substitution as a check.
Use a suitable representation, state the rule, and keep every numerical or algebraic step equivalent. Finish with estimation, an inverse operation, or substitution as a check.
Use a suitable representation, state the rule, and keep every numerical or algebraic step equivalent. Finish with estimation, an inverse operation, or substitution as a check.
Mathematics
逐步查看方法,并理解每一步为何成立。
5 equal groups contain 12 objects each. How many objects are there, and how can the answer be checked?
60
Explain “names” in your own words and use a picture, objects, a table, or a simple measurement to support it.
A complete explanation connects the correct idea, a clear representation, and a sensible check.
2D and 3D shapes
八道分层练习,从基础熟练到考试应用。请先独立完成,再查看提示或答案。
Calculate 9 + 5 and show two representations connected with “names”.
Use a number line, place value, or objects.
9 + 5 = 14. Valid representations include number-line jumps and grouped objects.
2 equal groups contain 5 objects each. Find the total and write an addition and multiplication statement.
Add 5 a total of 2 times.
5 + 5 = 2 · 5 = 10.
Continue 8, 12, 16, ... for three more terms and explain the rule.
Check how much each term increases.
20, 24, 28; +4.
A rectangle has sides 4 cm and 6 cm. Find its perimeter and explain why four sides are counted.
Opposite sides are equal.
Perimeter = 4 + 6 + 4 + 6 = 20 cm.
Out of 21 objects, 7 are shaded. What fraction is shaded and how does it simplify?
Put shaded objects over the total.
7/21 = 1/3.
The measurements are 3, 5, 3, and 5. Find the greatest, least, and range.
Range = greatest value minus least value.
Greatest 5, least 3, range 2.
Anna has 12 cards, gives away 6, then shares the rest into 1 equal groups. How many are in each group?
Subtract first, then divide.
12 - 6 = 6; (6) : 1 = 6.
A learner says 9 + 4 = 14. Find the error, correct it, and check the correction.
Check with a number line or inverse subtraction.
9 + 4 = 13; 13 - 4 = 9.
2D and 3D shapes
六道不同作业,从基础到挑战,包含预计用时、提示和答案指南。
Homework 1: Calculate 5 + 6 and show two representations connected with “names”.
Use a number line, place value, or objects.
5 + 6 = 11. Valid representations include number-line jumps and grouped objects.
Homework 2: 3 equal groups contain 8 objects each. Find the total and write an addition and multiplication statement.
Add 8 a total of 3 times.
8 + 8 + 8 = 3 · 8 = 24.
Homework 3: Continue 4, 9, 14, ... for three more terms and explain the rule.
Check how much each term increases.
19, 24, 29; +5.
Homework 4: A rectangle has sides 7 cm and 2 cm. Find its perimeter and explain why four sides are counted.
Opposite sides are equal.
Perimeter = 7 + 2 + 7 + 2 = 18 cm.
Homework 5: Out of 12 objects, 3 are shaded. What fraction is shaded and how does it simplify?
Put shaded objects over the total.
3/12 = 1/4.
Homework 6: The measurements are 6, 6, 6, and 6. Find the greatest, least, and range.
Range = greatest value minus least value.
Greatest 6, least 6, range 0.
35 分钟 / 30 分
带计时器、完整分值和参考答案的章节自测。
Start the timer when ready, work without notes, show every step, and open model answers only after finishing.
1. Calculate 3 + 6 and show two representations connected with “names”.
2 分3 + 6 = 9. Valid representations include number-line jumps and grouped objects.
2. 3 equal groups contain 6 objects each. Find the total and write an addition and multiplication statement.
3 分6 + 6 + 6 = 3 · 6 = 18.
3. Continue 9, 14, 19, ... for three more terms and explain the rule.
3 分24, 29, 34; +5.
4. A rectangle has sides 5 cm and 2 cm. Find its perimeter and explain why four sides are counted.
4 分Perimeter = 5 + 2 + 5 + 2 = 14 cm.
5. Out of 32 objects, 8 are shaded. What fraction is shaded and how does it simplify?
4 分8/32 = 1/4.
6. The measurements are 4, 6, 4, and 6. Find the greatest, least, and range.
4 分Greatest 6, least 4, range 2.
7. Anna has 21 cards, gives away 7, then shares the rest into 2 equal groups. How many are in each group?
5 分21 - 7 = 14; (14) : 2 = 7.
8. A learner says 3 + 5 = 9. Find the error, correct it, and check the correction.
5 分3 + 5 = 8; 8 - 5 = 3.
单元
课程参考来源;教学顺序请始终与学校和老师确认。
Mathematics
Year 1: 数学与物理的结构化路线,包含章节、练习和下一步。
结构跟随教材,用来帮助组织学习。
通常容易出错或需要更多复习的部分。
从教材、daily material、PDFs、videos 和 worked examples 开始。
进入 full tests 前先做 targeted practice,让覆盖情况更清楚。
如何衡量本章进度,以及何时加入综合 mock。
完成本章后该做什么,以及它如何连接到下一单元。
说明:每学年的正式考试范围请始终以学校、老师和当前官方来源为准。