How many of each kind did she buy?

Slides:



Advertisements
Similar presentations
Mathematical challenges for able pupils Year 5 E Securing number facts, relationships and calculating.
Advertisements

Footsteps in the snow When will all three heels be in line again?
Mathematical challenges for able pupils Year 4 E Securing number facts, relationships and calculating.
Footsteps in the snow When will all three heels be in line again?
Chico has chosen four cards that add up to 20.
Rows of coins 1. Take five coins: 1p, 2p, 5p, 10p, 20p.
Mathematical challenges for able pupils
Cola in the bath A can of cola holds 33 centilitres.
Queen Esmerelda’s coins
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Mathematical challenges Year 1 C Handling data and measures
Franco’s fast food This is what food costs at Franco’s café.
Flash Harry In April Flash Harry bought a saddle for £100.
Three digits Imagine you have 25 beads. You have to make a three-digit number on an abacus. You must use all 25 beads for each number you make. Hundreds.
Cola in the bath A can of cola holds 33 centilitres.
Rows of coins 1. Take five coins: 1p, 2p, 5p, 10p, 20p.
Mathematical challenges Year 1 C Handling data and measures
Mathematical challenges Year 1 C Handling data and measures
Mathematical challenges for able pupils
Square it up You need six drinking straws each the same length.
Chico has chosen four cards that add up to 20.
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Chico has chosen four cards that add up to 20.
Mathematical challenges for able pupils Year 4 E Securing number facts, relationships and calculating.
Mathematical challenges for able pupils
Flash Harry In April Flash Harry bought a saddle for £100.
Mathematical challenges for able pupils
Queen Esmerelda’s coins
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Mathematical challenges for able pupils Year 3 E Securing number facts, relationships and calculating.
How many pennies did Ram put in each bag?
How many pennies did Ram put in each bag?
Straw squares There are 12 straws in this pattern of 5 squares.
Mathematical challenges for able pupils
Square it up You need six drinking straws each the same length.
Footsteps in the snow When will all three heels be in line again?
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Three digits Imagine you have 25 beads. You have to make a three-digit number on an abacus. You must use all 25 beads for each number you make. Hundreds.
Cola in the bath A can of cola holds 33 centilitres.
Franco’s fast food This is what food costs at Franco’s café.
Mathematical challenges for able pupils
How many of each kind did she buy?
Mathematical challenges Year 2 C Handling data and measures
Mathematical challenges for able pupils Year 3 E Securing number facts, relationships and calculating.
Mathematical challenges for able pupils
1. My age this year is a multiple of 8.
Mathematical challenges for able pupils Year 3 E Securing number facts, relationships and calculating.
Mathematical challenges for able pupils
Mathematical challenges for able pupils
Three digits Imagine you have 25 beads. You have to make a three-digit number on an abacus. You must use all 25 beads for each number you make. Hundreds.
Queen Esmerelda’s coins
You can put only one counter in each space.
How many of each kind did she buy?
Mathematical challenges for able pupils
Mathematical challenges Year 2 C Handling data and measures
Straw squares There are 12 straws in this pattern of 5 squares.
Franco’s fast food This is what food costs at Franco’s café.
Mathematical challenges for able pupils Year 4 E Securing number facts, relationships and calculating.
1. My age this year is a multiple of 8.
Flash Harry In April Flash Harry bought a saddle for £100.
Straw squares There are 12 straws in this pattern of 5 squares.
Mathematical challenges for able pupils
You can put only one counter in each space.
Presentation transcript:

Mathematical challenges for able pupils Year 6 D Counting, partitioning and calculating

How many of each kind did she buy? A bit fishy A goldfish costs £1.80. An angel fish costs £1.40. Nasreen paid exactly £20 for some fish. How many of each kind did she buy? Learning Objective: Solve problems involving ratio and proportion. Choose and use efficient calculation strategies to solve a problem. Explain methods and reasoning.

Nasreen bought 4 angel fish and 8 goldfish. Solution to A bit fishy Nasreen bought 4 angel fish and 8 goldfish. Learning Objective: Solve problems involving ratio and proportion. Choose and use efficient calculation strategies to solve a problem. Explain methods and reasoning.

Maze Start with zero. Find a route from ‘Start’ to ‘End’ that totals 100 exactly. Which route has the highest total? Which has the lowest total? Now try some different starting numbers. Learning Objective: Solve mathematical problems or puzzles. Add and subtract two-digit numbers mentally. Multiply and divide by single-digit numbers.

Solution to Maze problem There are two routes that total 100 exactly: + 6 x 7 – 6 x 3 – 8 = 100 + 9 x 7 ÷ 3 x 5 – 5 = 100 The route giving the highest total is: + 9 x 7 – 6 x 7 – 8 = 391 The route giving the lowest total is: + 6 x 7 ÷ 3 x 3 – 8 = 34 Learning Objective: Solve mathematical problems or puzzles. Add and subtract two-digit numbers mentally. Multiply and divide by single-digit numbers.

Rotations and reflections do not count as different! Four by four You need some squared paper. This 4 by 4 grid is divided into two identical parts. Each part has the same area and the same shape. Find five more ways of dividing the grid into two identical parts by drawing along the lines of the grid. Rotations and reflections do not count as different! Learning Objective: Solve mathematical problems or puzzles. Visualise 2-D shapes. Find fractions of shapes.

Four by four Explore ways of dividing a 4 by 4 grid into two parts with equal areas but different shapes. Learning Objective: Solve mathematical problems or puzzles. Visualise 2-D shapes. Find fractions of shapes.

Solution to Four by four Did you find any more? Learning Objective: Solve mathematical problems or puzzles. Visualise 2-D shapes. Find fractions of shapes.

The end,thank you!

References and additional resources. The questions from this PowerPoint came from: Mathematical challenges for able pupils in Key Stages 1 and 2 Corporate writer was Department for Education and Employment and it is produced under a © Crown copyright 2000 Thank You PowerPoint template published by www.ksosoft.com These Mental Maths challenges can be found as a PDF file at : http://www.edu.dudley.gov.uk/numeracy/problem_solving/Mathematical%20Challenges%20Book.pdf Contains public sector information licensed under the Open Government Licence v3.0. (http://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/) All images used in this PowerPoint was found at the free Public Domain Clip Art site. (https://openclipart.org/) These units were organised using advice given at: http://www.edu.dudley.gov.uk/numeracy/problem_solving/Challenges%20and%20Blocks.doc