Illustrative Math Alignment: Grade 6 Unit 1

Topic

Numerical Expressions

Description

This example shows converting "Negative six in addition to negative eight" into a numerical expression. It uses bold and colored text to highlight key parts, resulting in the expression -8 + (-6).

The phrase "in addition to" signifies addition and helps students understand how to handle multiple negative numbers in expressions.

This example reinforces students' understanding of numerical expressions involving negatives, preparing them for more complex mathematical concepts.

Topic

Numerical Expressions

Description

This example shows converting "Negative six in addition to negative eight" into a numerical expression. It uses bold and colored text to highlight key parts, resulting in the expression -8 + (-6).

The phrase "in addition to" signifies addition and helps students understand how to handle multiple negative numbers in expressions.

This example reinforces students' understanding of numerical expressions involving negatives, preparing them for more complex mathematical concepts.

Topic

Numerical Expressions

Description

This example illustrates transforming "Negative twelve added to negative two" into a numerical expression. Using color to emphasize important words, it becomes -2 + (-12).

The term "added to" indicates addition and demonstrates how order can change when converting verbal statements into expressions.

This example helps students understand how to interpret and translate verbal statements involving negatives into mathematical expressions.

Topic

Numerical Expressions

Description

This example illustrates transforming "Negative twelve added to negative two" into a numerical expression. Using color to emphasize important words, it becomes -2 + (-12).

The term "added to" indicates addition and demonstrates how order can change when converting verbal statements into expressions.

This example helps students understand how to interpret and translate verbal statements involving negatives into mathematical expressions.

Topic

Numerical Expressions

Description

This example demonstrates the conversion of the phrase "Thirteen in addition to fourteen" into a numerical expression. The image shows how this verbal statement is translated into the expression 14 + 13, highlighting another variation of addition language.

Topic

Numerical Expressions

Description

This example demonstrates the conversion of the phrase "Thirteen in addition to fourteen" into a numerical expression. The image shows how this verbal statement is translated into the expression 14 + 13, highlighting another variation of addition language.

Topic

Numerical Expressions

Description

This example features converting "Negative thirteen more than negative six" into an addition expression, with colored text for emphasis. It becomes -6 + (-13).

The term "more than" signifies addition and helps students understand how order affects expressions involving multiple negatives.

This example reinforces students' ability to translate complex verbal statements into numerical expressions accurately.

Topic

Numerical Expressions

Description

This example features converting "Negative thirteen more than negative six" into an addition expression, with colored text for emphasis. It becomes -6 + (-13).

The term "more than" signifies addition and helps students understand how order affects expressions involving multiple negatives.

This example reinforces students' ability to translate complex verbal statements into numerical expressions accurately.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the phrase "Eight more than two" into a numerical expression. The image demonstrates how this verbal statement translates to the expression 2 + 8, emphasizing that "more than" indicates addition with a specific order of numbers.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the phrase "Eight more than two" into a numerical expression. The image demonstrates how this verbal statement translates to the expression 2 + 8, emphasizing that "more than" indicates addition with a specific order of numbers.

Topic

Numerical Expressions

Description

This example demonstrates the conversion of the phrase "Sixteen plus fifteen" into a numerical expression. The image shows how this straightforward verbal statement translates directly to the expression 16 + 15, illustrating a clear one-to-one correspondence between words and mathematical symbols.

Topic

Numerical Expressions

Description

This example demonstrates the conversion of the phrase "Sixteen plus fifteen" into a numerical expression. The image shows how this straightforward verbal statement translates directly to the expression 16 + 15, illustrating a clear one-to-one correspondence between words and mathematical symbols.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the phrase "Seventeen increased by fifteen" into a numerical expression. The image demonstrates how this verbal statement translates to the expression 17 + 15, highlighting that "increased by" indicates addition.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the phrase "Seventeen increased by fifteen" into a numerical expression. The image demonstrates how this verbal statement translates to the expression 17 + 15, highlighting that "increased by" indicates addition.

Topic

Numerical Expressions

Description

This example demonstrates the conversion of the phrase "Four added to fifteen" into a numerical expression. The image shows how this verbal statement translates to the expression 15 + 4, emphasizing that "added to" indicates addition with a specific order of numbers.

Topic

Numerical Expressions

Description

This example demonstrates the conversion of the phrase "Four added to fifteen" into a numerical expression. The image shows how this verbal statement translates to the expression 15 + 4, emphasizing that "added to" indicates addition with a specific order of numbers.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the phrase "Seven in addition to four" into a numerical expression. The image demonstrates how this verbal statement translates to the expression 4 + 7, highlighting that "in addition to" indicates addition with a specific order of numbers.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the phrase "Seven in addition to four" into a numerical expression. The image demonstrates how this verbal statement translates to the expression 4 + 7, highlighting that "in addition to" indicates addition with a specific order of numbers.

Topic

Numerical Expressions

Description

This example demonstrates how to convert the verbal expression "Fourteen divided by five" into a numerical expression. The solution shows that this can be written as 14 / 5 or 14 ÷ 5, illustrating the two common notations for division in mathematics.

Topic

Numerical Expressions

Description

This example demonstrates how to convert the verbal expression "Fourteen divided by five" into a numerical expression. The solution shows that this can be written as 14 / 5 or 14 ÷ 5, illustrating the two common notations for division in mathematics.

Topic

Numerical Expressions

Description

This example explains converting "Seventeen goes into two" into a numerical expression as 2 ÷ 17, demonstrating how verbal cues translate into mathematical operations.

The topic of numerical expressions is crucial for understanding math language and operations. These examples guide students through the process of interpreting language mathematically, enhancing their analytical skills.

Topic

Numerical Expressions

Description

This example explains converting "Seventeen goes into two" into a numerical expression as 2 ÷ 17, demonstrating how verbal cues translate into mathematical operations.

The topic of numerical expressions is crucial for understanding math language and operations. These examples guide students through the process of interpreting language mathematically, enhancing their analytical skills.

Topic

Numerical Expressions

Description

This example demonstrates converting "Five divided by negative two" into a numerical expression, resulting in 5 ÷ (-2). It shows how to handle division with negative numbers.

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example demonstrates converting "Five divided by negative two" into a numerical expression, resulting in 5 ÷ (-2). It shows how to handle division with negative numbers.

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example illustrates converting "Eight over negative two" into a numerical expression, resulting in 8 ÷ (-2). It highlights how "over" signifies division.

The study of numerical expressions is vital for interpreting mathematical language. These examples provide clarity on how verbal cues translate into math, aiding students in developing analytical skills.

Topic

Numerical Expressions

Description

This example illustrates converting "Eight over negative two" into a numerical expression, resulting in 8 ÷ (-2). It highlights how "over" signifies division.

The study of numerical expressions is vital for interpreting mathematical language. These examples provide clarity on how verbal cues translate into math, aiding students in developing analytical skills.

Topic

Numerical Expressions

Description

This example shows how to convert "One to negative eighteen" into a numerical expression, resulting in the ratio 1 : (-18). It explains how "to" can express division as a ratio.

The topic of numerical expressions is fundamental in understanding mathematical relationships. These examples guide students through interpreting language mathematically, enhancing their analytical skills.

Topic

Numerical Expressions

Description

This example shows how to convert "One to negative eighteen" into a numerical expression, resulting in the ratio 1 : (-18). It explains how "to" can express division as a ratio.

The topic of numerical expressions is fundamental in understanding mathematical relationships. These examples guide students through interpreting language mathematically, enhancing their analytical skills.

Topic

Numerical Expressions

Description

This example demonstrates converting "Negative three into seventeen" into a numerical expression, resulting in 17 ÷ (-3). It clarifies how "into" indicates division.

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.

Topic

Numerical Expressions

Description

This example demonstrates converting "Negative three into seventeen" into a numerical expression, resulting in 17 ÷ (-3). It clarifies how "into" indicates division.

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.

Topic

Numerical Expressions

Description

This example shows an example converting "Negative nineteen goes into eleven" into a numerical expression, resulting in 11 ÷ (-19). It explains that "goes into" signifies division.

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example shows an example converting "Negative nineteen goes into eleven" into a numerical expression, resulting in 11 ÷ (-19). It explains that "goes into" signifies division.

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example provides an example of converting "Thirteen divided by negative nine" into a numerical expression, resulting in 13 ÷ (-9). It notes that "divided by" is straightforward to convert.

The study of numerical expressions is vital for interpreting mathematical language. These examples provide clarity on how verbal cues translate into math, aiding students in developing analytical skills.

Topic

Numerical Expressions

Description

This example provides an example of converting "Thirteen divided by negative nine" into a numerical expression, resulting in 13 ÷ (-9). It notes that "divided by" is straightforward to convert.

The study of numerical expressions is vital for interpreting mathematical language. These examples provide clarity on how verbal cues translate into math, aiding students in developing analytical skills.

Topic

Numerical Expressions

Description

This example explains how to convert "Twenty over negative one" into a numerical expression, resulting in 20 ÷ (-1).

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example explains how to convert "Twenty over negative one" into a numerical expression, resulting in 20 ÷ (-1).

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example shows the conversion of "Twelve to negative eleven" into a numerical expression, resulting in the ratio 12 : (-11).

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.

Topic

Numerical Expressions

Description

This example shows the conversion of "Twelve to negative eleven" into a numerical expression, resulting in the ratio 12 : (-11).

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.

Topic

Numerical Expressions

Description

This image demonstrates converting "Negative five into eight" into a numerical expression, resulting in 8 ÷ (-5).

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This image demonstrates converting "Negative five into eight" into a numerical expression, resulting in 8 ÷ (-5).

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the verbal expression "Four over six" into a numerical expression. The solution demonstrates that this can be written as 4 / 6 or 4 ÷ 6, showcasing two common ways to represent division in mathematics.

Topic

Numerical Expressions

Description

This example illustrates the conversion of the verbal expression "Four over six" into a numerical expression. The solution demonstrates that this can be written as 4 / 6 or 4 ÷ 6, showcasing two common ways to represent division in mathematics.

Topic

Numerical Expressions

Description

This image describes how to convert "Negative four goes into four" into a numerical expression, resulting in 4 ÷ (-4). It clarifies that "goes into" indicates division.

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.

Topic

Numerical Expressions

Description

This image describes how to convert "Negative four goes into four" into a numerical expression, resulting in 4 ÷ (-4). It clarifies that "goes into" indicates division.

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.

Topic

Numerical Expressions

Description

This example shows the conversion of "Negative ten divided by eighteen" into a numerical expression, resulting in -10 ÷ 18.

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example shows the conversion of "Negative ten divided by eighteen" into a numerical expression, resulting in -10 ÷ 18.

The topic of numerical expressions is essential for understanding mathematical operations and their representations. These examples help students navigate the complexities of translating verbal statements into mathematical expressions, enhancing their problem-solving skills.

Topic

Numerical Expressions

Description

This example illustrates converting "Negative fourteen over eight" into a numerical expression, resulting in -14 ÷ 8.

The study of numerical expressions is vital for interpreting mathematical language. These examples provide clarity on how verbal cues translate into math, aiding students in developing analytical skills.

Multiple worked-out examples are important for deep understanding. They offer diverse perspectives on solving problems, helping students build a robust understanding that can be applied across various contexts.

Topic

Numerical Expressions

Description

This example illustrates converting "Negative fourteen over eight" into a numerical expression, resulting in -14 ÷ 8.

The study of numerical expressions is vital for interpreting mathematical language. These examples provide clarity on how verbal cues translate into math, aiding students in developing analytical skills.

Multiple worked-out examples are important for deep understanding. They offer diverse perspectives on solving problems, helping students build a robust understanding that can be applied across various contexts.

Topic

Numerical Expressions

Description

This example shows the conversion of "Negative fourteen to nine" into a numerical expression, resulting in -14 : 9.

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.

Topic

Numerical Expressions

Description

This example shows the conversion of "Negative fourteen to nine" into a numerical expression, resulting in -14 : 9.

The study of numerical expressions is crucial for understanding math language and operations. Through these examples, students learn how language can be systematically translated into mathematical expressions, aiding their problem-solving skills.