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Roman numerals – applying the number system
A KS2 maths resource ideal for linking with a topic on Romans.
Children identify and use numerals up to 1000. Includes an exercise exploring dates written as numerals.
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Thank you to everybody who submitted a solution to this activity.
Erica, Sarah and Annie in Wenona, Australia sent in solutions to the first part of this activity:
These are the answers we got for Roman Numerals: III = 3 IV = 4 XVIII = 18 XIX = 19 MCMLXXVI = 1976 MMXXIII = 2023 MCMLXII = 1962
55 = LV 86 = LXXXVI 2592 = MMDXCII 913 = CMXIII 1984 = MCMLXXXIV
We received similar solutions from Amy at Luckwell Primary School, Julia at BIS in South Korea, Stanley at Smithy Bridge, Alfie in the UK and Thomas at St Mary's Academy in the UK - thank you all for sending in your solutions.
Thomas also suggested that X, L, C, D and M would be examples of numbers where the number of Roman numerals is fewer than the number of Arabic numerals for the same number. Are these the only examples where the number is represented by just one Roman numeral?
Albert from St Matthew's Primary in the UK added a suggestion to this list:
In our number system 2000 has four digits but in Roman numerals it only has 2 digits MM
EH and FH from Shebbear Primary School in England sent in some more suggestions:
CM MC DL LD ML LM
These are good ideas, although there are some extra rules for writing numbers as Roman numerals which mean that LD and LM are not allowed - we would actually write those as CDL and CML.
Andrew at BIS in Vietnam said:
Can you find some examples when the number of Roman numerals is fewer than the number of Arabic numerals for the same number? My ideas : 1200 = MCC 1510 = MDX 2500 = MMD etc
It looks like there might be a lot of possibilities! I wonder what Andrew means by 'etc'?
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Roman Numerals PowerPoint for KS2
Subject: Mathematics
Age range: 7-11
Resource type: Other
Last updated
15 May 2018
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Read Roman numerals to 1000 (M) and recognize years written in Roman numerals.
This resource explores Roman Numerals with various games, activities, questions and extensions used with my previous classes in Years 5 and 6. Printable slides for resources in white.
Clear layout and simply formatted to make it quick and easy editing for your class!
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Thank-you! It is clear and straightforward to use for a teacher.
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Roman Numeral addition and subtraction questions with numbers missing e.g. LIX - ??? = XIV??? + XXXVIII = XCVI. 3 differentiated sheets - bronze, silver and gold. Also, an extension task on roman numeral sequences (quite tricky with square and prime numbers) This resource has been updated to include answer sheets.
This teaching pack includes a lesson plan, presentation and differentiated worksheets, as well as maths mastery fluency, reasoning and problem-solving activities which support the White Rose Maths small step: Roman numerals to 100. The lesson is written to meet the year 4 maths place value aim 'read Roman numerals to 100 (I to C) and know that ...
Included in this booklet are maths problems on Roman numerals for year 4 pupils to solve. Some of the questions, which they'll need to answer include: writing given numbers in Roman numerals; identifying the value of given Roman numerals; match Roman numerals to the correct number value; 'Be the teacher'-style exercise, where children need to ...
Prepare to be dazzled by our stupendous array of Roman numbers KS2 teaching materials and resources. Easy to download and print, this fabulous selection of Roman numbers KS2 resources is excellent for teaching this aspect of number and place value to your key stage 2 class. Our useful teaching resources include all a teacher might need, from ...
Try converting the following Roman numerals into Arabic numerals: III IV XVIII XIX MCMLXXVI MMXXIII MCMLXII Now try converting the following into Roman numerals: 55 86 two thousand five hundred and ninety-two 913 Can you work out how to write '1984' in Roman numerals? '1984' written in Roman numerals has more numerals than when it is written in ...
We have an abundance of teacher-made Roman numbers KS2 teaching resources. PowerPoints, worksheets, and more, we have everything for teaching this topic. ... Maths Number and Place Value Roman Numerals Identify More or Less Problem Solving Read, ... KS2 Roman Numerals Matching Card Game. 4.6 (92 reviews) Roman Numerals Resource Pack. 4.8 ...
National Curriculum Objectives: Mathematics Year 4: (4N3b) Read Roman numerals to 100 (I to C) and know that over time, the numeral system changed to include the concept of zero and place value Mathematics Year 4: (4N6) Solve number and practical problems that involve all of the above and with increasingly large positive numbers.
The Roman Numeral Shed. Using Roman Numerals is featured in the new curriculum, great for introducing algebra skills and can be great fun for kids. Here are some videos and resources to help deliver Roman Numerals in the classroom. These two videos are an excellent introduction to Roman Numerals, looking at how and why they were created.
Prepare to be dazzled by our stupendous array of Roman numbers KS2 teaching materials and resources. Easy to download and print, this fabulous selection of Roman numbers KS2 resources is excellent for teaching this aspect of number and place value to your key stage 2 class. Our useful teaching resources include all a teacher might need, from ...
Reasoning & Problem Solving. Children use a clock to help them identify if a mistake has been made. They continue to recognise numbers in multiples of 10. explore the rule in Numerals. They answer False questions with within 100. Children mistakes with Roman Numerals represented as calculations. and Roman numerals.
A KS2 maths resource ideal for linking with a topic on Romans. Children identify and use numerals up to 1000 and explore dates written as numerals. ... Roman numerals - applying the number system. 5 2 reviews. Last updated: 15/11/2023. ... Problem solving. Resource type. Teaching pack. Year 6 maths assessments pack. £10.00. Main Subject ...
This great pack has loads of resources for teaching Latin Roman numerals at KS2. Latin Roman numerals are a numerical system composed of seven Latin letters. They are, from lowest to highest: I, V, X, L, C, D and M. You can introduce your KS2 class to roman numerals using the display posters and help children remember what each numeral means using the fun snap card game. This resource ...
Erica, Sarah and Annie in Wenona, Australia sent in solutions to the first part of this activity: These are the answers we got for Roman Numerals: III = 3. IV = 4. XVIII = 18. XIX = 19. MCMLXXVI = 1976. MMXXIII = 2023. MCMLXII = 1962.
Questions on Roman Numerals by Corbettmaths. Primary Study Cards. Categories. 5-a-day Answers; Blog; Contact; Videos; Worksheet Answers
This Roman numerals for Year 4 resource pack is a brilliant way to teach children how to read and write Roman numerals and what each of the symbols represents.The pack features a detailed PowerPoint that explains the symbols of Roman numerals and teaches children how to write different numbers.It also includes a code breaker activity that children will enjoy.For more Roman numeral Year 4 ...
Roman Numerals PowerPoint for KS2. Subject: Mathematics. Age range: 7-11. Resource type: Other. File previews. pptx, 95.09 KB. Read Roman numerals to 1000 (M) and recognize years written in Roman numerals. This resource explores Roman Numerals with various games, activities, questions and extensions used with my previous classes in Years 5 and 6.
Roman Numerals to 100 Introduction Activity PowerPoint. Year 4 Maths Problems. Roman Numerals and Number to 100 Matching Worksheet. A set of challenges to enable children to develop a deeper understanding of Roman numerals, and to apply a range of mathematical knowledge to Roman numerals.Tags in this resource:
Solving problems involving Roman Numerals. Download all resources. Share activities with pupils. Year 5. Solving problems involving Roman Numerals. Download all resources. Share activities with pupils. Slide deck. Lesson details. Video. Worksheet. Starter quiz. Exit quiz. Slide deck. Download slide deck.