Changing decimals to fractions worksheet: Grade 5 Math Worksheets: Convert decimals to fractions

Posted on

Page not found — Nuffield Foundation

Page not found — Nuffield Foundation

The page you are looking for cannot be found. Please try using either the main menu or site search.

Search for projects, news, impact, events

Search

Education 660Cognitive and non-cognitive skills 33Curriculum and subject choice 31Early years 166Education workforce 77Educational assessment 29Higher education 92Language and literacy 79Lifelong learning 15Nuffield Research Placements 23Numeracy 85Parenting 76Pedagogy 20Post-16 education and skills 95Primary education 136Q-Step 26School effectiveness 46Secondary education 159Special educational needs and disability 58Systemic education issues 100Justice 244Access to justice 41Administrative justice 26Civil justice 22Court experience and evidence 22Criminal justice 25Domestic abuse 5Equality and human rights 18Family justice 138Private and commerical law 3Social welfare law 13Youth justice 28Welfare 774Artificial intelligence 4Assisted dying 1Augmented reality 0Benefits 52Caring responsibilities 30Communities and social cohesion 63Cost of living 21Country of birth 24COVID-19 327Crime prediction 2Data for the public good 30Digital harms and misinformation 33Digital inclusion and exclusion 14Digital skills 16Digital society 48Disability 14Economy, public spending and services 185Ethnicity 48Families and family dynamics 120Gender 43Global health inequalities 11Housing 25Income and wealth 116Inequality and social mobility 214Intergenerational issues 36Labour market 110Looked after children and children in need 75Mental health 92Musculoskeletal conditions 18Pensions 17Physical health 50Poverty and living standards 110Productivity and innovation 7Public health 149Social media 2Socioeconomics of ageing 26Socioeconomics of early adulthood 43Sports science 1Substance misuse 11Tax 48Trust in democracy 65Valuing data 5

ProjectsNewsEventsImpactOpinionPublicationsSeriesReportsEducation 660Cognitive and non-cognitive skills 33Curriculum and subject choice 31Early years 166Education workforce 77Educational assessment 29Higher education 92Language and literacy 79Lifelong learning 15Nuffield Research Placements 23Numeracy 85Parenting 76Pedagogy 20Post-16 education and skills 95Primary education 136Q-Step 26School effectiveness 46Secondary education 159Special educational needs and disability 58Systemic education issues 100Justice 244Access to justice 41Administrative justice 26Civil justice 22Court experience and evidence 22Criminal justice 25Domestic abuse 5Equality and human rights 18Family justice 138Private and commerical law 3Social welfare law 13Youth justice 28Welfare 774Artificial intelligence 4Assisted dying 1Augmented reality 0Benefits 52Caring responsibilities 30Communities and social cohesion 63Cost of living 21Country of birth 24COVID-19 327Crime prediction 2Data for the public good 30Digital harms and misinformation 33Digital inclusion and exclusion 14Digital skills 16Digital society 48Disability 14Economy, public spending and services 185Ethnicity 48Families and family dynamics 120Gender 43Global health inequalities 11Housing 25Income and wealth 116Inequality and social mobility 214Intergenerational issues 36Labour market 110Looked after children and children in need 75Mental health 92Musculoskeletal conditions 18Pensions 17Physical health 50Poverty and living standards 110Productivity and innovation 7Public health 149Social media 2Socioeconomics of ageing 26Socioeconomics of early adulthood 43Sports science 1Substance misuse 11Tax 48Trust in democracy 65Valuing data 5

Explore our projects

New

Justice | 2023 – 2026

Parental Advocacy in England: a realist evaluation of implementation

View project

New

Welfare | 2023 – 2026

The long-term effects of being a young carer

View project

New

Education | 2023 – 2025

Improving early mathematical skills by supporting home learning

View project

New

Education | 2023 – 2025

What has ‘Free School Meals’ measured and what are the implications?

View project

New

Education | 2023 – 2025

The impact of exclusion on peers’ education and labour market outcomes

View project

Education | 2023 – 2026

Rethinking special educational needs

View project

New

Welfare | 2023 – 2024

Reliability and validity of crowdsourced workplace wellbeing data

View project

Welfare | 2023 – 2024

Evidencing the outsourcing of social care provision in England

View project

Justice | 2023 – 2025

Physical punishment and child outcomes in the UK

View project

New

Education | 2023 – 2025

What has ‘Free School Meals’ measured and what are the implications?

View project

New

Education | 2023 – 2025

Improving early mathematical skills by supporting home learning

View project

New

Justice | 2023 – 2025

Access to justice through artificial intelligence

View project

New

Welfare | 2023 – 2024

Reliability and validity of crowdsourced workplace wellbeing data

View project

New

Welfare | 2023 – 2026

The long-term effects of being a young carer

View project

Reported

Justice | 2019 – 2023

Born into care: best practice guidelines

View project

In progress

Welfare | 2023 – 2026

Connecting pensions, health and care

View project

Welfare | 2023 – 2024

Evidencing the outsourcing of social care provision in England

View project

Justice | 2023 – 2025

Lived experience of the law: a research and policy project

View project

In progress

Education | 2022 – 2024

Understanding the take-up of early education entitlements

View project

In progress

Education | 2023 – 2025

Purposeful and effective practical work in primary school science

View project

In progress

Education | 2022 – 2024

Work or study? Gender and the transition from school to work

View project

In progress

Welfare | 2023 – 2025

A regional regeneration index to track socioeconomic ‘Levelling Up’

View project

In progress

Education | 2019 – 2024

Post-16 pathways: the role of peers, family background and expectations

View project

In progress

Welfare | 2023 – 2024

Designing inclusive remote and hybrid working to support disabled workers

View project

In progress

Education | 2023 – 2024

The impact of additional learning needs identification in Wales

View project

In progress

Education | 2022 – 2024

Comparing inequality and outcomes across post-16 education in the UK

View project

In progress

Justice | 2022 – 2025

Exploring racial disparity in diversion from the youth justice system

View project

New

Welfare | 2023 – 2025

Remote osteoarthritis peer-mentorship for socioeconomically underserved people

View project

New

Welfare | 2023 – 2025

Juvenile onset rheumatic diseases: education, vocational readiness, & employment

View project

New

Welfare | 2023 – 2026

Extending working lives for people with musculoskeletal conditions

View project

New

Education | Welfare | 2022 – 2024

Modifying school choice for more equitable outcomes in England

View project

New

Education | 2022 – 2023

The medium-term impact of the COVID-19 pandemic on pupils with SEND

View project

Reported

Justice | 2020 – 2021

Guidance to judges on the anonymisation of children judgements

View project

Reported

Justice | 2019 – 2021

The production of witness statements by lawyers and litigants in person

View project

Reported

Education | 2020 – 2022

COVID-19 and childcare: local impacts across England

View project

Reported

Justice | 2020 – 2022

When is a wedding not a marriage? Exploring non-legally binding ceremonies

View project

Reported

Education | 2020 – 2022

Ethical principles underpinning co-production with young people

View project

Reported

Education | 2020 – 2021

COVID-19 mitigation measures: education provision and access to special schools

View project

Reported

Education | 2020 – 2022

Can maths apps add value to learning?

View project

Reported

Welfare | 2020 – 2021

How the COVID-19 crisis is affecting food security

View project

Reported

Education | 2020 – 2021

The impact of COVID-19 on mainstream schools in England

View project

See all

Latest

Latest

Converting Decimals To Fractions Worksheets [PDFs] Brighterly

  • Home
  • >
  • Worksheets
  • >
  • Converting Decimals To Fractions Worksheets

Decimal and fraction conversions are essential aspects of basic math for students as the topic prepares them for more complicated math concepts in the future. So, when teaching this math concept, you must ensure that your kids get as many chances to practice as possible. You need to include converting decimals to fractions worksheets in your teaching process. 

Benefits Students Can Get from Using Converting Repeating Decimals to Fractions Worksheets

Change Decimals To Fractions Worksheets

Convert Decimals To Fractions Worksheet Pdf

Converting Repeating Decimals To Fractions Worksheet Answer Key

Decimals Into Fractions Worksheets

Turning Decimals Into Fractions Worksheets

Convert Decimal To Fraction Worksheet Pdf

Kids will see improvements in their grades and zeal to study when they use decimal to fraction worksheets. Here are some ways these benefits will play out. 

The students will learn how math and numbers work

Decimals and fractions are a whole new definition of how numbers work, and using the worksheet will help kids understand the topic better. The more time a child spends on the worksheet, the stronger their understanding of the endless possibilities that numbers could offer and the ways they can apply the concept in everyday lives.

They will learn to scale problems with increasing different difficulty levels 

A decimals to fractions worksheet usually comes with two difficulty levels. Kids must figure out how to solve each difficulty level to understand the logic behind each one and apply them to real-life problems.

They get to learn other math concepts with decimals

Some math concepts will be applied when converting decimals to fractions. They include addition, subtraction, multiplication, and division of decimals. A decimal and fractions worksheet will teach a child how to get through the problems as there are over 20 practice tests with different difficulty levels.

Converting Decimals To Fractions Worksheets PDF

View worksheet

Converting Repeating Decimals To Fractions Worksheet

Converting Decimals To Fractions Worksheets PDF

View worksheet

Decimal To Fraction Worksheet

Converting Decimals To Fractions Worksheets PDF

View worksheet

Decimals To Fractions Worksheet

Converting Decimals To Fractions Worksheets PDF

View worksheet

Decimals To Fractions Worksheets

Download Decimals to Fractions Worksheets 

There are numerous decimals to fractions worksheets on Brighterly and other math websites waiting for you to try them out. Teaching your kids to use these change decimals to fractions worksheets just got easier with the printable PDFs available. And by making them downloadable, the creators ensure you can always reuse the worksheets.

More Decimals Worksheets

  • Fractions To Decimals Worksheets
  • Adding and Subtracting Decimals Worksheets
  • Dividing Decimals Worksheets
  • Multiplying Decimals Worksheets
  • Adding Decimals Worksheets
  • Decimal Place Value Worksheets
  • Subtracting Decimals Worksheets
  • Dividing Decimals by Whole Numbers Worksheets
  • Rounding Decimals Worksheets
  • Decimals Worksheets
  • Multiplying And Dividing Decimals Worksheets

Need help with Fractions?

  • Does your child struggle to grasp fractions?
  • Try lessons with an online tutor.

Kid’s grade

  • Grade 1
  • Grade 2
  • Grade 3
  • Grade 4
  • Grade 5
  • Grade 6
  • Grade 7
  • Grade 8

Parent’s email

Successfully sent

Is your child having difficulties with understanding fractions? An online tutor could provide the necessary support.

Book a Free Class

    Kid’s grade

    • Grade 1
    • Grade 2
    • Grade 3
    • Grade 4
    • Grade 5
    • Grade 6
    • Grade 7
    • Grade 8

    Parent’s email

    Successfully sent


    We use cookies to help give you the best service possible. If you continue to use the website we will understand that you consent to the Terms and Conditions. These cookies are safe and secure. We will not share your history logs with third parties.
    Learn More

    Worksheet on the topic «Multiplication of decimal fractions»

    In the context of the implementation of the Federal State Educational Standard, additional requirements appeared related to the need to develop the ability of schoolchildren not only for education, but also for self-education. One of the effective tools in achieving these goals can be student worksheets. A worksheet is a sheet specially designed by the teacher with tasks that must be completed in the course of explaining the material or after studying the topic. Worksheets are created by the teacher based on their own methodological ideas and preferences and are intended for specific groups of students to work in the lesson. The use of the worksheet makes it possible to include schoolchildren in activities that require them to independently implement an algorithm of actions aimed at acquiring knowledge, applying it and solving their educational and cognitive tasks. A lesson using a worksheet allows students to work through the material at a different pace, with varying degrees of thoroughness and depth, thereby taking into account their different levels of intellectual and personal development, inclinations and interests. The worksheet allows you to organize productive independent work of students with educational material in the lesson, helps to activate students at any stage of the lesson, is a wonderful tool for obtaining feedback. Distinguish teaching, training, research, reflective. RL depending on the purpose of their application.

    Worksheet on the topic «Multiplication of decimal fractions» (mathematics, grade 5):

    How to multiply decimal fractions in a column?

    Study the textbook material on pages 102-103, pay special attention to the rule and the design of calculations in a column.

  • Count the number of decimal places for each fraction. Add up their number.

  • Count the required number of characters from right to left and put a comma. If there are not enough digits in the number entry, then zeros are assigned in front.

    Examples. Multiply: 1) 18, 2 0.09; 2) 3.2 0.065; 3) 0.54 12.3.

    Solution:

    Questions and tasks:

    1. Perform multiplication using the pattern and rule from the textbook:

    1) 57 38.7 2) 8.75 1.4 3) 6.2 4.03 4) 201.5 9.8 5) 17.5 0.96) 0.07 2.16

    ________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

    2. Knowing that 46 12=552, underline the correct equality:

    4.6 1.2=55.2 4.6 0.12=0.552

    4.6 12=5.52 0.46 12=0.552

    3. When multiplying decimal fractions, they forgot to put a comma in the answer. Separate the required number of characters with a comma:

    6.2 7.8 = 4836 0.75 3.6 = 2700 23.14 3.09 = 715026

    4. Nikita and Vanya performed tasks for multiplying fractions. Nikita recorded 56.8 0.4 = 22.72. Vanya 56.8 0.4=227.2. Who is wrong? Why did the error occur?

    5. How many decimal places are in the second factor, if there were 3 in the first, and 5 in the product of these two factors?

    6. How many decimal places could be in each of the two factors if there were 4 of them in the product?

    7. How many kilometers will an airplane fly in 4.8 hours at a speed of 960.9 km/h?

    ________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________8. Multiply:

    1)63.9 0.1 2)2.81 0.1 3)9 0.1 4)517.5 0.01 5)24 0.01 6) 168.1 0.001 7) 0.6 0.001

    ________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

    State the rule for multiplying by 0.1; 0.01; 0.001. What action can replace multiplication by 0.1; 0.01; 0.001?

    4 ways to replace a dot with a comma in Excel

    A dot instead of a comma in fractional numbers can lead to significant consequences when calculating in Excel. Most often, such errors occur when data is imported into a table from other sources.

    If fractional numbers contain a dot instead of a comma, the program automatically treats them as a text data type. Therefore, before performing mathematical calculations and calculations, you should format and prepare the imported data.

    Highlight and copy the data from the table below:

    9011 2

    No. Currency pair Translation Sell Buy 9010 1

    Spread
    1 EUR/USD 1 1.1347 1.1350 0.0003
    2 GBP/USD 1 1.5438 1.5442 0.0004
    3 USD/CHF 1 0.9543 0.9547 0.0004
    4 USD/JP Y 100 1.1948 1.1945 -0.0003

    Now go to your worksheet and right click on cell A1. From the context menu that appears, select the Paste Special option. In the dialog box, select Unicode Text and click OK.

    As you can see, Excel only recognizes numbers in column C. The values ​​in this column are right-aligned. Left in other columns. In all cells, the default format is «General», and in cells D3, D5, E3, E5, the format «Date» is generally displayed. We copied the data through special paste and all formats of the original table are eliminated. There is only one reason — instead of a comma there is a dot. This data type is not prepared and cannot be used for calculations.

    Note. If you copy data from other sources without a special paste, then the format is copied along with the data. In such cases, the «General» (default) cell format can be changed. Then it is impossible to visually distinguish where the number is recognized, and where the text is.

    All subsequent steps must be performed from scratch. Delete everything on the sheet or open a new one for further work.

    There are 4 ways to replace a dot with a comma in imported data:

    

    Method 1 replacing a dot with a comma in Excel using Notepad

    Windows Notepad does not require the use of complex settings and functions, but only acts as an intermediary in copying and pre-preparing data.

    1. Copy the data from the original plate on this page. Open the Windows Notepad program (Start — All Programs — Accessories — Notepad) and paste the copied data into it for preparation.
    2. Select the «Replace» option from the «Edit» menu (or the hot key combination CTRL+H). In the dialog box that appears, enter a period (.) in the What field and a comma (,) in the What field. And click the «Replace All» button.

    Notepad has replaced all dots with commas. The data is now ready to be copied and pasted onto the worksheet.

    This is a very simple but very effective method.

    Method 2 temporarily change the Excel settings

    Before you change the period to a comma in Excel, evaluate the task correctly. It might be better to make the program temporarily treat the dot as a decimal separator in fractional numbers. We just specify in the settings that in fractional numbers the separator is a dot instead of a comma.

    To do this, open «File» — «Options» — «Advanced». In the «Edit Options» section, temporarily uncheck the «Use system separators» checkbox. And in the «Integer and fractional separator» field, remove the comma and enter a period.

    After performing the calculations, it is highly recommended to return the default settings.

    Attention! This method will work if you make all the changes before importing the data, and not after.

    Method 3 Temporarily change system settings in Windows

    The principle of this method is similar to the previous one. Only here we change similar settings in Windows. In the settings of the regional standards of the operating system, you need to replace the comma with a period. Now more about how to do it.

    Open «Start» — «Control Panel» — «Regional and Language Options». Click on the «Advanced» button. In the window that appears, change in the first field «Separator of the integer and fractional parts» — enter the value we need. Then OK and OK.

    Attention! If you open this file on another computer that has different system locale settings, you may experience problems with calculations.

    Method 4 Use the find and replace function in Excel.

    This method is similar to the first. Only here we use the same function from Notepad, but in Excel itself.

    In this method, unlike the above, we first paste the copied plate onto a blank sheet, and then we prepare it for performing calculations and calculations.

    An important disadvantage of this method is the complexity of its implementation, if some fractional numbers with a dot after insertion were recognized as a date, and not as text. Therefore, we will first get rid of the dates, and then we will deal with the text and points.

    1. Pre-select the columns where fractional numbers with a dot as a separator will be located. In this case it is 3 columns D:F.
    2. Set the selected range to the text format of the cells to avoid automatic date conversion of some numbers in advance. To do this, select a text format from the drop-down list on the Home tab in the Number section. Or press CTRL + 1 , in the «Format Cells» window that appears, select the «Number» tab, and in the «Number Formats» section, select «Text».
    3. Copy the table and right-click on cell A1. From the context menu, select the Paste Special option. Select Unicode Text and click OK. Pay attention to how the values ​​in cells are now displayed: D3, D5, E3, E5, in contrast to the very first copy of the table.
    4. Click on the tool «Home» — «Find and Select» — «Replace» (or press the combination CTRL + H).
    5. In the window that appears, enter a dot in the Find field, and a comma in the second field. And click «Replace All».
    6. Select the 3 columns D:F again and change the cell format to Numeric CTRL+SHIFT+1. Do not forget to increase the bit depth to 4, as described in paragraph #2.

    All periods changed to commas. And the text is automatically converted to a number.

    Instead of the 4th and 5th paragraphs, you can use a formula with functions in a separate column:

    For example, select the range of cells G2:I5, enter this formula and press CTRL+Enter. And then move the values ​​of the cells in the range G2:I5 to the range D2:F5.

By alexxlab

Similar Posts