Unpacking each and every strategy! THE MATHEMATICIAN’S TOOLBOX.

Slides:



Advertisements
Similar presentations
Exponential Functions Logarithmic Functions
Advertisements

Welcome to our Mathematics Evening
Solving Equations (Multiplication & Division) Grade Seven & Eight Mathematics M. M. Couturier.
©Marian Small, 2010 Big Ideas K-3 Session 1 Marian Small.
Chunking By Sarah Barron The Aim Of The Presentation The aim of this presentation is to teach others the division method of chunking in 4 simple steps.
X Australian Curriculum Year 5 Solve problems involving multiplication of large numbers by one or two digit numbers using efficient mental, written strategies.
MODULE 5 Lesson 18. Objective Apply and explain alternate methods for subtracting from multiples of 100 and from numbers with zero in the tens place.
Math Module 3 Multi-Digit Multiplication and Division
Week 5 Warm up Problem: What did the student do wrong? = 338
Kicking Long Division Problems Using an Area Model
Math 302A section 5 Spring, 2009 Instructor: Laurie Varecka.
INTEGERS.
Problem Solving Tool: KFC.
What are some of the ways you that that we can categorise numbers?
Helping your Child with their Learning at Home Looking at Maths in the Juniors.
Writing Function Rules
AfL – A pupil perspective Presented by Sean, Lucy, Najeeb and Nayaab PORTSWOOD PRIMARY SCHOOL PRIDE PASSION SUCCESS.
How Has TEAM-Math Influenced Me?. Group Work Most effective strategy used ---- Homework is checked in groups. Students only approach me with a group.
Data from Luanda By Charlotte and Keina.
Maths Notes Number 5. Decimals
How Many Valentines?.
Problem Solving Year 7 Mathematics.
Number 8. Negative Numbers
Written Calculation Methods for KS2
Dividing 1 digit by 2 digit numbers
Title of Your Invention Challenge # First Name, Last Initial Age State or Country.
Primes and Tests for Divisibility Chapter 5 Section 1 By: Tiffany Fey.
Creating Mathematical Conversations using Open Questions Marian Small Sydney August, 2015 #LLCAus
Linear Equations and Inequalities. Much education today is monumentally ineffective. All too often we are giving young people cut flowers when we should.
Yes, I can … Support my child through homework challenges by listening and asking questions.
Or what you always wish your math teachers had told you.
Solving Compound Inequalities. Compound Inequality – two inequalities connected by and or or.
 Understand  Plan  Solve  Check Your Work › I can use many different strategies while using UPS Are you using UPS ?
Problem Solving. What is Problem Solving???? Well you could find several definitions of problem solving, but we only have to concentrate in the fact that.
Word problems DON’T PANIC! Some students believe they can’t do word problem solving in math. Don’t panic. It helps to read the question more than once.
Four rules of fractions How to do. Addition and Subtraction The simple bits.
Guide to Solving Number Stories Math…no problem!.
Prepared by: A. T. M. Monawer Success in EPT Listening & Speaking Reading Writing Listening &Speaking Reading Writing.
Algebraic Thinking 5 th Grade Guided Instruction Finding Rules and Writing Equations For Patterns.
One step equations Add Subtract Multiply Divide  When we solve an equation, our goal is to isolate our variable by using our inverse operations.  What.
Equations. Objective: solve linear equations with a variable on one side.
The Five Step Plan!!! ~ Jack Matasker. 1. Read and Think 2. Select a Strategy 3. Solve 4. Write or Explain 5. Reflect.
Multiplication of Common Fractions © Math As A Second Language All Rights Reserved next #6 Taking the Fear out of Math 1 3 ×1 3 Applying.
I’m Thinking of a Number
Review Lesson 1 (Lessons 1, 3, & 6 from CCSS math EOG book) CCSS: 3.OA.1 3.OA.3 3.OA.5 SFO: -I can solve multiplication problems with factors up to 12.
ORDER OF OPERATIONS. Did you get one of these numbers as an answer? 18? 12? SOLVE THIS PROBLEM.
ParsonMath Diagnostic Assessment Teacher Recording Sheet and Directions If a student misses two or more on a task under each heading, discontinue the task.
Four rules of fractions How to do. Addition and Subtraction The simple bits.
CHAPTER 9 ANNISA FAIZAH( ) RAHAJENG H. RARAS( ) ANA CLARISTI( ) DAMARINA( ) ASKING AND EXPLAINING.
Working Together with Mathematics KS2 Workshop Thursday 8 th December –
Multiplication and Division 13 Patterns and Algebra 18 Multiplying by 5 - additively Multiplying by 5 – multiplicatively.
Welcome to My Reading Recovery Lesson. Rereading Familiar Books In every lesson every day I get to read lots of little books. I get to pick some of my.
Multiplication Using Arrays. How many paper clips are here? I could count them, but there is an easier way!
LONG DIVISION CAN BE EASY!.
Multiplication and Division 9 5 x 10 = 50 Multiplication and Division 9 50 x 10 = x 10 = 5000.
Maths Parent Workshop October 2013 Stakesby Community Primary School.
Mental Arithmetic Strategies Scotts Primary School. Mental Arithmetic Scheme.
Solving Equations A-REI.B.3:Solving equations with a variable on one side, using inverse operations.
Mental Arithmetic Strategies
Implementation Review the mathematical concept.
5-Step Problem Solving Strategy
Mr Barton’s Maths Notes
Mr Barton’s Maths Notes
Year 2 Autumn Term Week 9 Lesson 2
Mutiply and Divide I can recall some multiplication
Year 2 Autumn Term Week 9 Lesson 2
7 Scientific Method 1. Choose a problem. (What do you want solve? Ask a question about it.) List the materials you will need, how much of each material.
Add and Subtract I can use a number line to count in tens or hundreds from any starting point. I explain what each digit represents in a four digit number.
Presentation transcript:

Unpacking each and every strategy! THE MATHEMATICIAN’S TOOLBOX

WHAT IS THE MATHEMATICIAN'S TOOLBOX? The mathematician's toolbox is a bunch of (12) strategies to help in the real world. These strategies are important for every day life problems that are minor or, major. This PowerPoint will unpack each and every strategy. Hope you enjoy! ?

LOOK FOR AND DESCRIBE WITH A PATTERN OR RULE This strategy involves looking for the pattern in the problem and creating a rule to suit the pattern. By making a rule you can follow the pattern so you can solve the problem.

DRAW A DIAGRAM OR GRAPH How does this strategy help with solving problems? You might ask this but this strategy is very useful. In fact it is used often with time consuming (major) problems. If you have a problem with lots of different little problems in it you could draw a diagram labelling each little problem. That is also showing how you worked it out. You could also just draw a graph to show your data (working out.) Any graph helps. Bar, picture, line (mountain,) dot etc.

WRITE A SUM OR NUMBER SENTENCE Sometimes all you need to do is solve a number sentence to get to the sum. A number sentence contains 2 or more digits/numbers and adds, subtracts, multiplies or divides using the four operations (addition, subtraction, multiplication and division). The sum is the answer. It is the digit/number you get when you use one of the four operations.

ACT IT OUT This strategy is very simple. It is often used by younger people because they find it very fun. It is still very helpful though. You have to act out the scenario so you get the feel of what's happening and how you can solve the problem.

HAVE I SEEN A SIMILAR PROBLEM I think this is very helpful. All you have to do is think of a similar problem you have solved before and relate it with your present problem so you can work it out using a similar method! Genius!

MAKE A MODEL This strategy relates to drawing a diagram because you draw a diagram of what your model will be like. The diagram will label what is happening and what possible ways there are to solve the problem.

GUESS, CHECK AND IMPROVE There are three easy steps to this strategy, guess, check and improve. This mainly helps in easy problems so it is easy to guess. First you guess the answer then check to see if it is right, and lastly you improve your guess if it was wrong!

MAKE A TABLE OR LIST It is always helpful to have a table or list. This strategy helps you recall what problems you have already answered or what parts of the problem you have already answered. A list lays out your thinking in a very organized way. You could also make a table to categorise your thinking.

FIND AN EXCEPTION TO THE RULE This is one of my favourite strategies because it is so simple. It is just the process of elimination! This mainly helps me in tests where they give you some possibilities and you have to choose the right one. So if there is four possibilities I would just go through each of them and eliminate three so there can only be one answer!

TEST ALL POSSIBILITIES This is a very time consuming strategy if you use it for a major problem because there will be so many possibilities that it will take hours! So I only use this strategy for little simple problems. But it is still helpful sometimes!

BREAK PROBLEM INTO MANAGEABLE PARTS This strategy is very clever even though you might think that solving a really big problem in one big chunk is really cool. Well, actually you are challenging yourself too much. I'm not saying you shouldn't challenge yourself I’m just saying don't try and show off. Anyway, this strategy makes it easier to understand and solve a problem. The main part of these strategies is to understand how you used the strategy and how you solved the problem.

WORK BACKWARDS Some people might find this strategy a bit weird but it is very helpful. You work from the answer or end to get to the start to work out the real answer. It mainly helps with very complicated problems.

RECORD, RECORD, RECORD! It is always important to record your thinking especially if you are a teacher because you need to explain to the kids how you worked the problem out so they can have a go at it. It is also just important so you can go back yourself and see how you worked previous questions out. So record, record, record!