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Mathematics Online Resources from 6 May 2020

Mathematics Online Resources from 6 May 2020

Overview for Parents & Students - Resources for online learning

 

Subject: Mathematics

 

S2 Learners

Theme/topic/revision:

Mr Drummond's Classes

Both classes will be looking at decimals and percentages in depth.

Mrs Lundberg's Class

The class will be continuing with decimals and percentages.

Mrs Stewart's S2 learners

I will spend some time consolidating S1 Learning.

Then will move onto Whole numbers and rounding, then decimals and rounding including money.   Then Positive and negative numbers.

Mr Milligan's S2 learners

Following on from our famous mathematician research project and working with money, we will continue with our main theme of numeracy. We will also be looking at more applications of numeracy in topics like Perimeter, Area of Rectangles and Composite Shapes, Measurement, Money Exchange Rates, Profit and Loss and some Personal Finance.

6th May - 8th May Numeracy and introduction to perimeter

11th May - 15th May Area of Rectangles and Composite Shapes

18th May - 22nd May Finance (Exchange rates, Profit & Loss and Personal Finance)

Signposting written particulars:

Young people have been shown individual areas on Teams where staff will set tasks, provide support and feedback of submitted work.

Young people will be expected to submit work allocated to their teachers and feedback will be provided where appropriate.

As well as this, we will upload booklets where young people can work through exercises, most of which are linked to videos to support them online.

Where young people finish tasks set, there is the opportunity to engage in other mathematical activities:

·         Sumdog - we will be giving young people access to this online platform for them to spend time on. Sumdog will adapt to the learner's ability and will be a great tool for practice.

·         Mathematical Research Project - A Powerpoint explaining the task is in the "Files" section of the "General" channel in Teams. Young people can create a Powerpoint (or other digital presentation technology) and send back to their teacher for feedback on a famous mathematician or mathematical concept.

·         Watch a Maths Documentary - there are various documentaries that may stretch mathematical minds available here: https://docs.google.com/document/d/1EnyudokBACoNVu1SkzMZHYY0_hmuAdZJEOfRMlS6468/edit

·         Maths Workout is always available at https://www.mathsworkout.co.uk/

Username - Armadale       Password - average72

Paper copies of booklets will be made available at the office should they be requested.

Young people who are a part of the Maths Recovery intervention have been given materials from their class teacher.

 

S3 Learners

Theme/topic/revision:

Mr Drummond's Learners

This class will finish off their work on triangles and then move fractions and percentages.

Mrs Lundberg's Learners

This class will be moving on to fractions and percentages

Mrs Stewart's S3 Learners

Continue with Circle topic to include parts of circles.

Before moving onto revision of numerical fractions.  Then will move on to rounding including decimals and significant figures. 

Mr Milligan's S3 Learners

After completing Right Angled Trigonometry we are now progressing on to some Further Trigonometry which includes learning the Sine Rule and also the Cosine Rule, calculating missing sides and missing angles in non-right angled triangles. Also progressing on to calculating the Area of a Triangle (non-right angled) using a Trig formula. Bearings will also be introduced and used in the above calculations.

6th May - 11th May Sine Rule (Side and Angle calculations)

12th May - 19th May Cosine Rule (Side and Angle calculations)

20th May - 22nd May Calculating the Area of a non-right angled triangle

Signposting written particulars:

 

All S3 young people have been added to a Microsoft Team which they have been shown how to access. There are individual areas for individual classes where staff will set work, guide young people to activities and provide support where necessary.

Young people are expected to complete the tasks allocated by their teacher and submit them. They will then receive appropriate feedback from their teacher.

Where young people finish tasks set, there is the opportunity to engage in other mathematical activities:

·         Sumdog - we will be giving young people access to this online platform for them to spend time on. Sumdog will adapt to the learner's ability and will be a great tool for practice.

·         Mathematical Research Project - A Powerpoint explaining the task is in the "Files" section of the "General" channel in Teams. Young people can create a Powerpoint (or other digital presentation technology) and send back to their teacher for feedback on a famous mathematician or mathematical concept.

·         Watch a Maths Documentary - there are various documentaries that may stretch mathematical minds available here: https://docs.google.com/document/d/1EnyudokBACoNVu1SkzMZHYY0_hmuAdZJEOfRMlS6468/edit

·         Maths Workout is always available at https://www.mathsworkout.co.uk/

Username - Armadale       Password - average72

Paper copies of work for each level will be provided at the school office if requested.

 

 

S4 Learners

Theme/topic/revision:

National 4 Course.  Unit 1 - Expressions and Formulae

We will begin with Algebra - like terms, breaking brackets and common factors before moving on to The Circle.

 

New Team code:   
o3gb9ue
 

 

Signposting written particulars:

I will make 2-3 power point lessons per week with my voice over to talk through examples. 

Pupils will have access to a live drop in session once per week for 1 hour and will all receive regular feedback of submitted work.

I will make use of Pegasys worksheets and N4 Textbooks.

I will continue to be available for all pupils to check work and help with understanding.

 

 

 

S4 Learners

Theme/topic/revision:

National 5 Mathematics

Based on the differences between class coverage of National 5 topics find below a basic plan of work for New S4 that will utilise their previous learning. I'm also using different resources to allow classes that have covered topic to have a fresh challenge.

Videos of explanation created and embedded into Sway documents that are easily accessed by all young people in the above TEAMS group. Work for self-study activities also identified and embedded in Sway as we move through the work plan.

 

Signposting written particulars:

Teams Group Name:  AA S4 National 5 Mathematics 2020-21       Teams Code: r6k57yr

Plan of work detailed below (may change as we progress through learning).

SOLVING EQUATIONS & INEQUALITIES

6th Wed/7th Thur: Solve Equations (one step and two step)

8th Fri: Solve Equations with letters on both sides

11th Mon: Solve Equations with Brackets/both sides

12th Tue: More complex Solving equations with brackets including FOIL type

13th Wed: Solving Equations with Fractions

14th Thurs: Complete Solving Equations with Fractions

15th Fri: Solving inequalities

18th Mon: Using Equations to Solve Problems

 

STRAIGHT LINE

19th Tue: Gradient m=v/h and gradient of a line formula

20th Wed: Drawing straight lines from equations (basic substitution)

21st Thu: Draw straight lines using axis intercepts and m & c given

22nd Fri: Draw intersecting lines (Sim Eqns graphically)

 

SIMULTANEOUS EQUATIONS

Follow on from straight line (graphical intersections)...Plan to follow

 

Rest of the year plan to be developed once first week of new S4 is underway.

 

 

 

 

S5-6 Learners

Theme/topic/revision:

National 5 Mathematics

Videos of explanation created and embedded into Sway documents that are easily accessed by all young people in the above TEAMS group. Work for self-study activities also identified and embedded in Sway as we move through the work plan.

 

Signposting written particulars:

Teams Group Name:  AA S5/6 National 5 Mathematics 2020-21      Teams Code: hkk1dri

Plan of work detailed below (may change as we progress through learning).

Unit 1: Expressions & Formulae

Surds - Simplify

Surds - Add/subtract then simplify

Surds - Multiply/divide then simplify

Surds - Rationalise denominators

Indices - Multiply/divide

Indices - to a power

Indices - a^0 = 1 and negative indices

Indices - Fractional indices

Indices - Scientific notation calculations

Algebra - Multiply brackets a(bx+c) and ax(bx+c)

Algebra - Multiply brackets a(bx+c)+d(ex+f)

Algebra - Multiply brackets FOIL

Algebra - Multiply brackets (ax+b)(cx^2+dx+e)

Algebra - Factorising HCF

Algebra - Factorising Difference of 2 squares

Algebra - Factorising HCF then difference of 2 squares

Algebra - Trinomials (unitary x^2 coefficient)

Algebra - Trinomials (unitary x^2 coefficient)

Algebra - Trinomials (non-unitary x^2 coefficient)

Algebra - Trinomials (non-unitary x^2 coefficient)

Algebra - Trinomials (non-unitary x^2 coefficient)

 

Rest of the year plan to be developed once first week of new S5/6 is underway.

 

 

 

S5-6 Learners

Theme/topic/revision:

National 5 Numeracy Unit and L5 Personal Finance

Videos of explanation created and embedded into Sway documents that are easily accessed by all young people in the above TEAMS group. Work for self-study activities also identified and embedded in Sway as we move through the work plan.

 

Signposting written particulars:

Teams Group Name:  AA N5 Numeracy & L5 Personal Finance 2020-21    

Teams Code: 10je37z

Plan of work detailed below (may change as we progress through learning).

Outcome 1:

Use numerical skills to solve real-life problems involving money/time/measurement

1.1  Selecting and using appropriate numerical notation

Including: =, +, -, x, /, ÷, , ( ), %, colon and decimal point and simple formulae Selecting and using appropriate units for money, time and measurement (length, weight, volume and temperature)

1.2  Selecting and carrying out calculations

¨ add and subtract numbers given to two decimal places

¨ multiply or divide a number given to two decimal places by a single-digit whole number

¨ multiply or divide a number given to two decimal places by multiples of 10, 100 and 1000

¨ round answers to the nearest significant figure or three decimal places

¨ find percentages and fractions of shapes and quantities

¨ recognise and use mixed fractions, eg 3½, ⅓, 4¼, 1/8, 2/6

¨ add and subtract simple fractions, eg ½ + ¼ and ⅔ - ⅓

¨ find the number of fractional parts in a mixed number, eg 2½ = 5 halves

¨ calculate compound percentage increase and decrease

 

Rest of the year plan to be developed once first week of new S5/6 is underway.

 

 

 

Higher Learners

Theme/topic/revision:

We will be working on the topics:

1.       Straight Line

2.       Differentiation

Signposting written particulars:

I will post PowerPoint presentations which will include videos.

Paper copies of the blank notes can be picked up from the school or copies can be downloaded from the uploaded class materials on the new teams channel.

I expect the young people to fill in the notes as instructed.

I will set work from the textbook and from past exam papers and provide answers.

I expect pupils to self mark where possible but solutions to key questions should be submitted for marking.

New Team Code:z7h0ff7

 

S5-6 Learners

Theme/topic/revision:

Advanced Higher Mathematics

Videos of explanation created and embedded into Sway documents that are easily accessed by all young people in the above TEAMS group. Work for self-study activities also identified and embedded in Sway as we move through the work plan.

 

Signposting written particulars:

Teams Group Name:  AA Advanced Higher Mathematics 2020-21     Teams Code: g5fvixj

Plan of work detailed below (may change as we progress through learning).

Algebraic skills (1.1)

¨ Expressing rational functions as a sum of partial fractions (denominator of degree at most 3 and easily factorised).

Calculus skills (1.2)

¨ Differentiating exponential and logarithmic functions

¨ Differentiating functions using the chain rule.

¨ Differentiating functions given in the form of a product and in the form of a quotient.

¨ Differentiating inverse trigonometric functions.

¨ Finding the derivative of functions defined implicitly.

¨ Finding the derivative of functions defined parametrically.

 

Rest of the year plan to be developed once first week of new S5/6 is underway.

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