This document explains how to round numbers to the nearest ten, hundred, and thousand. For rounding to the nearest ten, examine the ones place digit and compare it to 5; if less than 5, replace the ones place with 0 and leave the tens place unchanged, if greater than or equal to 5, replace the ones place with 0 and add 1 to the tens place. The same process is followed for rounding to the nearest hundred and thousand, examining the tens place and hundreds place respectively and adjusting that place value or the place to its left based on the comparison to 5. Examples are provided to illustrate rounding 54 to 50, 65 to 70, and 56 to 60 when rounding to the nearest ten.
Compare, Order, and Round Whole NumbersBrooke Young
The document provides instructions and examples for comparing, ordering, and rounding whole numbers. It explains how to compare numbers by looking at the place values from left to right. It demonstrates ordering numbers from least to greatest and greatest to least. It also teaches how to round numbers to the nearest hundred or thousand based on whether the digit to the right is less than, equal to, or greater than 5.
Multiplying 3-digit numbers can be broken down into a few simple steps that build upon a child's existing knowledge of place value and multiplication. The steps involve multiplying each digit of one number by the other number, starting with the ones place and progressing to the tens and hundreds. An example is provided demonstrating multiplying 502 by 336 by multiplying 502 by each digit in 336 (6, 30, and 300) and adding the results. While multi-digit multiplication takes more steps than single-digit problems, it is not inherently more difficult and becomes easier with practice applying the fundamental math concepts.
Being able to tell if a number can be divided by another number (aka divisibility) is a very helpful math skill used in many different types of problems, including long division and simplification of fractions. Here are some tricks that can help you determine the divisibility of a number!
Rounding whole numbers involves finding compatible numbers that are close in value to the original number to make arithmetic computations easier. To round, we determine which compatible number (multiples of 10, 100, 1000, etc.) the given number is closer to on a number line. If the digit to the right of the place value we are rounding to is 5 or higher, we round up. If it is 4 or lower, we round down. Examples are provided to illustrate rounding to the nearest ten, hundred, and thousand.
Math chapter 3 multiplying exponential expressionsJaredSalvan
When multiplying exponential expressions with the same base but different exponents, such as 34 * 35, the base is kept the same and the exponents are added. So, 34 * 35 = 39, because it is equivalent to 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3, which is 3 to the power of 9. More generally, when multiplying expressions of the form xm * xn, the result is x(m+n).
Mathematics for 6th Grade: Numbers and Number SenseBridgette Mackey
In this lesson students will compare different types of numbers. Students utilize the 'greater than', 'less than' and 'equal to' signs in order to evaluate one numbers relationship to another.
This lesson was designed for students at the 6th grade level.
Math chapter 3 dividing exponential expressionsJaredSalvan
This document discusses how to simplify exponential expressions when dividing numbers with the same base but different exponents. It provides examples of simplifying 37/33 and 53/58. The key rule explained is that when dividing numbers with the same base but different exponents, you copy the base and subtract the denominator's exponent from the numerator's exponent.
This document explains how to round numbers to the nearest ten, hundred, and thousand. For rounding to the nearest ten, examine the ones place digit and compare it to 5; if less than 5, replace the ones place with 0 and leave the tens place unchanged, if greater than or equal to 5, replace the ones place with 0 and add 1 to the tens place. The same process is followed for rounding to the nearest hundred and thousand, examining the tens place and hundreds place respectively and adjusting that place value or the place to its left based on the comparison to 5. Examples are provided to illustrate rounding 54 to 50, 65 to 70, and 56 to 60 when rounding to the nearest ten.
Compare, Order, and Round Whole NumbersBrooke Young
The document provides instructions and examples for comparing, ordering, and rounding whole numbers. It explains how to compare numbers by looking at the place values from left to right. It demonstrates ordering numbers from least to greatest and greatest to least. It also teaches how to round numbers to the nearest hundred or thousand based on whether the digit to the right is less than, equal to, or greater than 5.
Multiplying 3-digit numbers can be broken down into a few simple steps that build upon a child's existing knowledge of place value and multiplication. The steps involve multiplying each digit of one number by the other number, starting with the ones place and progressing to the tens and hundreds. An example is provided demonstrating multiplying 502 by 336 by multiplying 502 by each digit in 336 (6, 30, and 300) and adding the results. While multi-digit multiplication takes more steps than single-digit problems, it is not inherently more difficult and becomes easier with practice applying the fundamental math concepts.
Being able to tell if a number can be divided by another number (aka divisibility) is a very helpful math skill used in many different types of problems, including long division and simplification of fractions. Here are some tricks that can help you determine the divisibility of a number!
Rounding whole numbers involves finding compatible numbers that are close in value to the original number to make arithmetic computations easier. To round, we determine which compatible number (multiples of 10, 100, 1000, etc.) the given number is closer to on a number line. If the digit to the right of the place value we are rounding to is 5 or higher, we round up. If it is 4 or lower, we round down. Examples are provided to illustrate rounding to the nearest ten, hundred, and thousand.
Math chapter 3 multiplying exponential expressionsJaredSalvan
When multiplying exponential expressions with the same base but different exponents, such as 34 * 35, the base is kept the same and the exponents are added. So, 34 * 35 = 39, because it is equivalent to 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3, which is 3 to the power of 9. More generally, when multiplying expressions of the form xm * xn, the result is x(m+n).
Mathematics for 6th Grade: Numbers and Number SenseBridgette Mackey
In this lesson students will compare different types of numbers. Students utilize the 'greater than', 'less than' and 'equal to' signs in order to evaluate one numbers relationship to another.
This lesson was designed for students at the 6th grade level.
Math chapter 3 dividing exponential expressionsJaredSalvan
This document discusses how to simplify exponential expressions when dividing numbers with the same base but different exponents. It provides examples of simplifying 37/33 and 53/58. The key rule explained is that when dividing numbers with the same base but different exponents, you copy the base and subtract the denominator's exponent from the numerator's exponent.
Rounding whole numbers involves replacing a number with the closest number in tens, hundreds, or thousands. To round to the nearest ten, underline the digit in the tens place and if it is 5 or greater, round up the tens place digit. Then change all following digits to zero. The same process is followed to round to the nearest hundred or thousand, examining the hundreds or thousands place digit respectively. Examples show rounding 534 to 530 when rounding to tens, 500 when rounding to hundreds, and 1000 when rounding to thousands.
This document provides an overview of integer operations. It explains that integers include positive and negative numbers. Subtracting integers involves changing the operation sign, such as changing -1 - +3 to -1 + -3. Multiplying and dividing integers follows consistent patterns, where multiplying or dividing two negative numbers results in a positive number, and one negative with one positive results in a negative number. Examples of integer addition, subtraction, multiplication and division problems are provided along with their answers.
The document provides step-by-step instructions for rounding whole numbers and decimals to the nearest place value. It demonstrates rounding the numbers 3,840 to the nearest hundred and 56.08 to the nearest tenth. Both examples show the steps of finding the relevant place value, looking at the digit to the right, and determining whether to round up or down based on the digit. The rounded answers are 3,800 for 3,840 and 56.10 for 56.08, as each number is closer to those values than the other options.
This document discusses whole numbers and rounding numbers. It begins by explaining the Hindu-Arabic number system and how to name numbers based on place value. Examples are provided for naming numbers with commas separating periods of three digits. The document then discusses rounding numbers to specific place values like hundreds or thousands. It provides examples of rounding numbers and explains the process of determining whether to round up or not based on the digit in the place being rounded to. Finally, it briefly mentions an upcoming individual task to identify basic and other mathematical symbols.
The document discusses addition and subtraction of fractions. It provides steps for:
1) Converting improper fractions to mixed numbers and vice versa.
2) Finding a common denominator to add or subtract fractions.
3) Adding and subtracting fractions by keeping the same denominator and adding or subtracting the numerators.
This document discusses rules and examples for adding integers. It explains that the sum of two positive integers or two negative integers will have the same sign, while the sign of the sum of integers with different signs depends on whether the larger integer is positive or negative. Examples are provided to illustrate adding integers with the same sign and different signs.
This document provides instructions for rounding whole numbers to different places using three methods: using a number line, using place value, and using mental math. It explains each method with examples, such as rounding 134,456 to the nearest hundred thousand. It includes practice problems and an answer key for rounding numbers to the hundreds, thousands, ten thousands, and nearest ten.
Math integers involve positive and negative numbers. Subtracting integers changes the operation by changing the sign of the number being subtracted. Multiplying and dividing integers follows a consistent pattern where multiplying or dividing two negative numbers results in a positive number, and a positive number multiplied or divided by a negative number results in a negative number. The document provides examples of integer operations and a short quiz to test understanding.
This topic, comparing numbers, illustrates how to compare one number or a group of numbers. It is the foundation for Algebra and the concepts used in that topic.
For a FREE online course on Numbers and Number Theory, visit step-above10.teachable.com. While there, check out our other course offerings.
Adding and Subtracting Fractions with Like DenominatorsBrooke Young
The document discusses adding and subtracting fractions with like denominators. It explains that fractions have like denominators if they have the same number on the bottom. To add fractions with like denominators, you add the top numbers and keep the bottom number the same. To subtract fractions with like denominators, you follow the same steps as addition but subtract the top numbers instead of adding them. Examples are provided to demonstrate both addition and subtraction of fractions with like denominators.
This document provides an overview of key concepts in classifying and measuring matter, including:
- Pure substances can be elements or compounds, while mixtures contain two or more substances physically mixed.
- The three common states of matter (solid, liquid, gas) have general characteristic properties.
- Measurements involve a number and unit, and must be reported with the correct number of significant figures based on measurement precision.
- Calculations with addition, subtraction, multiplication, and division require applying significant figure rules to determine the correct number of figures in the final answer.
This document discusses significant figures in measurements in chemistry. [1] It explains that both the number and unit are important when reporting a measurement and that a number without a unit is meaningless. [2] It then provides rules for determining the number of significant figures in a measurement based on the placement and values of zeros and nonzero digits. [3] Applying these rules helps convey the precision and uncertainty of a measurement.
This document outlines divisibility rules for numbers 2 through 12. It provides examples for each rule, showing how to determine if a number is divisible by that factor based on its digits. The rules check properties like the last digit being even, the sum of digits, or the last few digits forming a multiple of the factor. Mastering these rules makes it faster to assess divisibility without calculating the remainder when dividing.
The document discusses place value with decimals. It explains that the name of a decimal is based on the number of places to the right of the decimal point, and provides examples of tenths, hundredths and thousandths. It also defines mixed decimals as numbers with both whole numbers and decimals. The document demonstrates how to read decimals aloud by stating the whole number part followed by "and" and the decimal fraction part. It notes that adding extra zeros after the decimal point does not change the value of the decimal. Finally, it provides some practice problems to reinforce the concepts.
The document defines and provides examples for calculating mean, median, mode, and range. The mean is the average found by adding all values and dividing by the count. The median is the middle number when values are ordered from least to greatest. The mode is the number that occurs most frequently. The range is the difference between the greatest and least values.
The document discusses methods for adding and subtracting fractions using the Criss-Cross Smiley Face method. It provides examples of adding and subtracting both positive and negative numbers. It then has a skills review section with questions about adding, subtracting and multiplying positive and negative numbers. The final sections provide practice problems for students to apply the Criss-Cross Smiley Face method for adding and subtracting fractions.
1) Adding integers follows the rules of keeping the sign if the integers have the same sign or taking the sign of the larger number if they have different signs.
2) Subtracting integers ignores the signs and subtracts the numbers, taking the sign of the larger integer.
3) More examples are provided to illustrate subtracting integers with the same or different signs, including cancelling out negatives.
3. lesson 2 comparing, ordering, and rounding-off w nsJohn Rome Aranas
The document discusses comparing and ordering whole numbers. It provides tips for comparing numbers, such as the number with more digits being greater and comparing digits from left to right if numbers have the same number of digits. It also discusses ordering numbers in ascending or descending order, with ascending being from lowest to highest and descending being from highest to lowest. Examples are provided to illustrate comparing and ordering whole numbers.
The document discusses multiplication and division rules. It explains that multiplication means groups of, while division means sharing into groups. It provides examples of multiplying and dividing by common numbers like 0, 1, 2, 4, 5 and 10. Multiplying by 0 always equals 0, multiplying by 1 equals the original number, and multiplying by 10 moves all digits left and adds a 0.
This document provides instructions on how to compare and order numbers using symbols like >, <, and =. It explains that numbers should be lined up based on their place value and compared digit by digit from left to right. It also shows how to represent comparisons using dots or symbols. Examples are provided of writing comparison symbols and ordering numbers from greatest to least or least to greatest.
This document contains lesson plans for a mathematics class on comparing and ordering two-digit numbers and rounding numbers. The lesson on comparing and ordering teaches students to use the symbols <, >, or = to compare numbers and order numbers from least to greatest. The lesson on rounding numbers teaches students the rules for rounding numbers to the nearest place value. Examples are provided to demonstrate comparing numbers, ordering numbers, and rounding numbers. Students are assigned practice problems to complete comparing numbers, ordering numbers, and rounding numbers.
The document provides information and examples about place value concepts including:
- Place value means the value of a digit depends on its position in the number.
- Numbers can be written in standard, expanded, and decimal forms.
- Steps for comparing and ordering numbers include lining them up and comparing digits left to right.
- Rounding involves underlining the place value to round to and adjusting the underlined digit up or down based on the digit to its right.
Rounding whole numbers involves replacing a number with the closest number in tens, hundreds, or thousands. To round to the nearest ten, underline the digit in the tens place and if it is 5 or greater, round up the tens place digit. Then change all following digits to zero. The same process is followed to round to the nearest hundred or thousand, examining the hundreds or thousands place digit respectively. Examples show rounding 534 to 530 when rounding to tens, 500 when rounding to hundreds, and 1000 when rounding to thousands.
This document provides an overview of integer operations. It explains that integers include positive and negative numbers. Subtracting integers involves changing the operation sign, such as changing -1 - +3 to -1 + -3. Multiplying and dividing integers follows consistent patterns, where multiplying or dividing two negative numbers results in a positive number, and one negative with one positive results in a negative number. Examples of integer addition, subtraction, multiplication and division problems are provided along with their answers.
The document provides step-by-step instructions for rounding whole numbers and decimals to the nearest place value. It demonstrates rounding the numbers 3,840 to the nearest hundred and 56.08 to the nearest tenth. Both examples show the steps of finding the relevant place value, looking at the digit to the right, and determining whether to round up or down based on the digit. The rounded answers are 3,800 for 3,840 and 56.10 for 56.08, as each number is closer to those values than the other options.
This document discusses whole numbers and rounding numbers. It begins by explaining the Hindu-Arabic number system and how to name numbers based on place value. Examples are provided for naming numbers with commas separating periods of three digits. The document then discusses rounding numbers to specific place values like hundreds or thousands. It provides examples of rounding numbers and explains the process of determining whether to round up or not based on the digit in the place being rounded to. Finally, it briefly mentions an upcoming individual task to identify basic and other mathematical symbols.
The document discusses addition and subtraction of fractions. It provides steps for:
1) Converting improper fractions to mixed numbers and vice versa.
2) Finding a common denominator to add or subtract fractions.
3) Adding and subtracting fractions by keeping the same denominator and adding or subtracting the numerators.
This document discusses rules and examples for adding integers. It explains that the sum of two positive integers or two negative integers will have the same sign, while the sign of the sum of integers with different signs depends on whether the larger integer is positive or negative. Examples are provided to illustrate adding integers with the same sign and different signs.
This document provides instructions for rounding whole numbers to different places using three methods: using a number line, using place value, and using mental math. It explains each method with examples, such as rounding 134,456 to the nearest hundred thousand. It includes practice problems and an answer key for rounding numbers to the hundreds, thousands, ten thousands, and nearest ten.
Math integers involve positive and negative numbers. Subtracting integers changes the operation by changing the sign of the number being subtracted. Multiplying and dividing integers follows a consistent pattern where multiplying or dividing two negative numbers results in a positive number, and a positive number multiplied or divided by a negative number results in a negative number. The document provides examples of integer operations and a short quiz to test understanding.
This topic, comparing numbers, illustrates how to compare one number or a group of numbers. It is the foundation for Algebra and the concepts used in that topic.
For a FREE online course on Numbers and Number Theory, visit step-above10.teachable.com. While there, check out our other course offerings.
Adding and Subtracting Fractions with Like DenominatorsBrooke Young
The document discusses adding and subtracting fractions with like denominators. It explains that fractions have like denominators if they have the same number on the bottom. To add fractions with like denominators, you add the top numbers and keep the bottom number the same. To subtract fractions with like denominators, you follow the same steps as addition but subtract the top numbers instead of adding them. Examples are provided to demonstrate both addition and subtraction of fractions with like denominators.
This document provides an overview of key concepts in classifying and measuring matter, including:
- Pure substances can be elements or compounds, while mixtures contain two or more substances physically mixed.
- The three common states of matter (solid, liquid, gas) have general characteristic properties.
- Measurements involve a number and unit, and must be reported with the correct number of significant figures based on measurement precision.
- Calculations with addition, subtraction, multiplication, and division require applying significant figure rules to determine the correct number of figures in the final answer.
This document discusses significant figures in measurements in chemistry. [1] It explains that both the number and unit are important when reporting a measurement and that a number without a unit is meaningless. [2] It then provides rules for determining the number of significant figures in a measurement based on the placement and values of zeros and nonzero digits. [3] Applying these rules helps convey the precision and uncertainty of a measurement.
This document outlines divisibility rules for numbers 2 through 12. It provides examples for each rule, showing how to determine if a number is divisible by that factor based on its digits. The rules check properties like the last digit being even, the sum of digits, or the last few digits forming a multiple of the factor. Mastering these rules makes it faster to assess divisibility without calculating the remainder when dividing.
The document discusses place value with decimals. It explains that the name of a decimal is based on the number of places to the right of the decimal point, and provides examples of tenths, hundredths and thousandths. It also defines mixed decimals as numbers with both whole numbers and decimals. The document demonstrates how to read decimals aloud by stating the whole number part followed by "and" and the decimal fraction part. It notes that adding extra zeros after the decimal point does not change the value of the decimal. Finally, it provides some practice problems to reinforce the concepts.
The document defines and provides examples for calculating mean, median, mode, and range. The mean is the average found by adding all values and dividing by the count. The median is the middle number when values are ordered from least to greatest. The mode is the number that occurs most frequently. The range is the difference between the greatest and least values.
The document discusses methods for adding and subtracting fractions using the Criss-Cross Smiley Face method. It provides examples of adding and subtracting both positive and negative numbers. It then has a skills review section with questions about adding, subtracting and multiplying positive and negative numbers. The final sections provide practice problems for students to apply the Criss-Cross Smiley Face method for adding and subtracting fractions.
1) Adding integers follows the rules of keeping the sign if the integers have the same sign or taking the sign of the larger number if they have different signs.
2) Subtracting integers ignores the signs and subtracts the numbers, taking the sign of the larger integer.
3) More examples are provided to illustrate subtracting integers with the same or different signs, including cancelling out negatives.
3. lesson 2 comparing, ordering, and rounding-off w nsJohn Rome Aranas
The document discusses comparing and ordering whole numbers. It provides tips for comparing numbers, such as the number with more digits being greater and comparing digits from left to right if numbers have the same number of digits. It also discusses ordering numbers in ascending or descending order, with ascending being from lowest to highest and descending being from highest to lowest. Examples are provided to illustrate comparing and ordering whole numbers.
The document discusses multiplication and division rules. It explains that multiplication means groups of, while division means sharing into groups. It provides examples of multiplying and dividing by common numbers like 0, 1, 2, 4, 5 and 10. Multiplying by 0 always equals 0, multiplying by 1 equals the original number, and multiplying by 10 moves all digits left and adds a 0.
This document provides instructions on how to compare and order numbers using symbols like >, <, and =. It explains that numbers should be lined up based on their place value and compared digit by digit from left to right. It also shows how to represent comparisons using dots or symbols. Examples are provided of writing comparison symbols and ordering numbers from greatest to least or least to greatest.
This document contains lesson plans for a mathematics class on comparing and ordering two-digit numbers and rounding numbers. The lesson on comparing and ordering teaches students to use the symbols <, >, or = to compare numbers and order numbers from least to greatest. The lesson on rounding numbers teaches students the rules for rounding numbers to the nearest place value. Examples are provided to demonstrate comparing numbers, ordering numbers, and rounding numbers. Students are assigned practice problems to complete comparing numbers, ordering numbers, and rounding numbers.
The document provides information and examples about place value concepts including:
- Place value means the value of a digit depends on its position in the number.
- Numbers can be written in standard, expanded, and decimal forms.
- Steps for comparing and ordering numbers include lining them up and comparing digits left to right.
- Rounding involves underlining the place value to round to and adjusting the underlined digit up or down based on the digit to its right.
Tips to prepare for Fundamentals of Quantitative Aptitude
Number Properties
LCM, HCF
Divisibility
Fractions & Decimals,
square
Square Roots
cyclicity
with shortcut tricks
An integer is a whole number that is not a fraction or decimal. Positive numbers are greater than zero, negative numbers are less than zero, and zero is neutral. Even numbers are divisible by 2, odd numbers are not. A number is prime if it is only divisible by 1 and itself. Distinct integers cannot have the same value. Divisibility rules can help determine if a number is divisible by other numbers without a calculator.
This document provides information about comparing and ordering numbers, including:
- Key vocabulary terms like place value, digits, greater than, less than, and equal signs.
- How to compare numbers using the appropriate symbol (> for greater than, < for less than, = for equal).
- How to order numbers from least to greatest or greatest to least by examining each place value from left to right.
- Examples of comparing and ordering different numbers.
FS Maths Level 2 – July 15, 2023 (Handling information and data-2).LeadAcademy3
1) The document discusses various statistical concepts including mean, median, mode, range, and scatter graphs. It provides examples and explanations of how to calculate each.
2) Scatter graphs are used to examine the relationship between two variables and can show positive, negative, or no correlation. A line of best fit can highlight the trend in the data.
3) The practice questions provide examples of calculating mean, median, mode, and range, as well as drawing a scatter graph and line of best fit to analyze correlation between temperature over time.
FS Maths Level 2 - July 8, 2023 (Handling information and data).LeadAcademy3
1) The document discusses various statistical concepts including mean, median, mode, range, and scatter graphs. It provides examples and explanations of how to calculate each.
2) Scatter graphs are used to examine the relationship between two variables. Positive correlation means both variables increase together, while negative correlation means one decreases as the other increases.
3) The strength of correlation can be strong or weak. A line of best fit drawn on a scatter graph highlights the trend in the data.
This document discusses place value and comparing numbers. It explains place value charts for the Indian and international systems. The key rules for comparing numbers are to consider which number has more digits or which digit is greater when the numbers have the same number of digits. Examples are provided to demonstrate comparing and arranging numbers in ascending and descending order. Estimation techniques like rounding to the nearest ten, hundred or thousand are also outlined. Finally, the document briefly introduces Roman numerals and their symbols.
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
How Barcodes Can Be Leveraged Within Odoo 17Celine George
In this presentation, we will explore how barcodes can be leveraged within Odoo 17 to streamline our manufacturing processes. We will cover the configuration steps, how to utilize barcodes in different manufacturing scenarios, and the overall benefits of implementing this technology.
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
2. Learning Objectives:
Susses Criteria:
To compare two 3-digit numbers using
symbols ,> ,<and =.
I can compare two 3-digit numbers using
symbols ,> ,<and =.
Key Words
Compare:
Note the similarity or dissimilarity
between.
4. • Look at the two 3-digit numbers.
• If you want to compare two 3-digit numbers, you must
start looking at hundreds then tens then ones.
• Write ,> ,<or =.
• Write is less than, is equal to or is greater than.
632 299
632 is less than 299
5. • Look at the two 3-digit numbers.
• If you want to compare two 3-digit numbers, you
must start looking at hundreds then tens then ones.
• Write ,> ,<or =.
• Write is less than, is equal to or is greater than.
236 249
236 is less than 249