Distributive Property Practice Problems for 7th Grade Math

Master the distributive property with step-by-step practice problems. Learn basic and extended distribution, multiplication, division, and real-world applications.

📚What You'll Master in This Practice Session
  • Apply the distributive property formula a(b + c) = ab + ac with confidence
  • Break down large multiplication problems like 532 × 8 into manageable parts
  • Use distribution to simplify division problems such as 894 ÷ 3
  • Solve extended distributive property problems with two sets of parentheses
  • Work with variables using (x + 2)(3x - 5) type expressions
  • Apply distributive property to real-world word problems and money calculations

Understanding The Distributive Property for 7th Grade

Complete explanation with examples

What is the distributive property?

aâ‹…(b+c)=ab+ac a \cdot (b + c) = ab + ac

(a+b)(c+d)=ac+ad+bc+bd (a+b)(c +d) =ac+ad+bc+bd

The distributive property is a rule in mathematics that says that multiplying a number by the sum of two or more numbers will give us the same result as multiplying that number by the two numbers separately and then adding them together.

For example, 4x4 will give us the same result as (4x2) + (4x2).

How does this help us? Well, it allows us to distribute, or to split up a number into two or more smaller numbers that are easier to work with. When we're working with large numbers, or expressions with variables, the distributive property can save us time and a headache!

A - What is the distributive property

Detailed explanation

Practice The Distributive Property for 7th Grade

Test your knowledge with 22 quizzes

\( 35\times4= \)

Examples with solutions for The Distributive Property for 7th Grade

Step-by-step solutions included
Exercise #1

Solve the exercise:

84:4=

Step-by-Step Solution

There are several ways to solve the following exercise,

We will present two of them.

In both ways, we begin by decomposing the number 84 into smaller units; 80 and 4.

44=1 \frac{4}{4}=1

Subsequently we are left with only the 80.

 

Continuing on with the first method, we will then further decompose 80 into smaller units; 10×8 10\times8

We know that:84=2 \frac{8}{4}=2

And therefore, we are able to reduce the exercise as follows: 104×8 \frac{10}{4}\times8

Eventually we are left with2×10 2\times10

which is equal to 20

In the second method, we decompose 80 into the following smaller units:40+40 40+40

We know that: 404=10 \frac{40}{4}=10

And therefore: 40+404=804=20=10+10 \frac{40+40}{4}=\frac{80}{4}=20=10+10

which is also equal to 20

Now, let's remember the 1 from the first step and add it in to our above answer:

20+1=21 20+1=21

Thus we are left with the following solution:844=21 \frac{84}{4}=21

Answer:

21

Video Solution
Exercise #2

Solve the following exercise

?=24:12

Step-by-Step Solution

Apply the distributive property of division and proceed to split the number 24 into a sum of 12 and 12, which ultimately renders the division operation easier and allows us to solve the exercise without a calculator.

Note - it's best to choose to split the number based on knowledge of multiples. In this case of the number 12 because we need to divide by 12.

Reminder - The distributive property of division actually allows us to split the larger term in a division problem into a sum or difference of smaller numbers, which makes the division operation easier and allows us to solve the exercise without a calculator

We will use the formula of the distributive property

 (a+b):c=a:c+b:c 

24:12=(12+12):12 24:12=(12+12):12

(12+12):12=12:12+12:12 (12+12):12=12:12+12:12

12:12+12:12=1+1 12:12+12:12=1+1

1+1=2 1+1=2

Therefore the answer is section a - 2.

Answer:

2

Video Solution
Exercise #3

Solve the following exercise

?=93:3

Step-by-Step Solution

We will use the distributive property of division and split the number 93 into a sum of 90 and 3. This ultimately renders the division operation easier and allows us to solve the exercise without a calculator.

Note - it's best to choose to split the number based on knowledge of multiples. In this case, we use 3 because we need to divide by 3. Additionally splitting by tens and ones is suitable and makes the division operation easier.

Reminder - The distributive property of division essentially allows us to split the larger term in the division problem into a sum or difference of smaller numbers, which makes the division operation easier and allows us to solve the exercise without a calculator

We will use the formula of the distributive property

 (a+b):c=a:c+b:c 

93:3=(90+3):3 93:3=(90+3):3

(90+3):3=90:3+3:3 (90+3):3=90:3+3:3

90:3+3:3=30+1 90:3+3:3=30+1

30+1=31 30+1=31

Therefore, the answer is option B - 31.

Answer:

31

Video Solution
Exercise #4

94+72= 94+72=

Step-by-Step Solution

In order to simplify the calculation , we first break down 94 and 72 into smaller and preferably round numbers.

We obtain the following exercise:

90+4+70+2= 90+4+70+2=

Using the associative property, we then rearrange the exercise to be more functional.

90+70+4+2= 90+70+4+2=

We solve the exercise in the following way, first the round numbers and then the small numbers.

90+70=160 90+70=160

4+2=6 4+2=6

Which results in the following exercise:

160+6=166 160+6=166

Answer:

166

Video Solution
Exercise #5

63−36= 63-36=

Step-by-Step Solution

To solve the problem, first we will use the distributive property on the two numbers:

(60+3)-(30+6)

Now, we will use the substitution property to arrange the exercise in the way that is most convenient for us to solve:

60-30+3-6

It is important to pay attention that when we open the second parentheses, the minus sign moved to the two numbers inside.

30-3 = 

27

Answer:

27

Video Solution

Frequently Asked Questions

What is the distributive property formula for 7th grade?

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The basic distributive property formula is a(b + c) = ab + ac. This means you multiply the number outside the parentheses by each term inside, then add the results. For example, 4(3 + 5) = 4×3 + 4×5 = 12 + 20 = 32.

How do you use the distributive property to solve multiplication problems?

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Break the larger number into smaller, easier parts. For 532 × 8, rewrite as 8 × (500 + 30 + 2) = 8×500 + 8×30 + 8×2 = 4000 + 240 + 16 = 4256. This makes mental math much easier than multiplying 532 × 8 directly.

Can you use the distributive property for division problems?

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Yes! For division like 76 ÷ 4, find a nearby multiple of 4 (like 80), then distribute: 76 ÷ 4 = (80 - 4) ÷ 4 = 80÷4 - 4÷4 = 20 - 1 = 19. This technique works especially well with larger numbers.

What is the extended distributive property?

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The extended distributive property multiplies two sets of parentheses: (a + b)(c + d) = ac + ad + bc + bd. You multiply each term in the first parentheses by each term in the second parentheses. For example, (7 + 2)(5 + 8) = 7×5 + 7×8 + 2×5 + 2×8 = 35 + 56 + 10 + 16 = 117.

How do you distribute with variables and negative numbers?

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Follow the same pattern but watch your signs carefully. For (x + 2)(3x - 5): multiply each term by each term to get 3x² - 5x + 6x - 10, then combine like terms to get 3x² + x - 10. Remember that negative times positive equals negative.

When should 7th graders use the distributive property?

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Use it when: 1) Mental math becomes difficult with large numbers, 2) Simplifying algebraic expressions with parentheses, 3) Solving word problems involving equal groups or splitting amounts, 4) Breaking down complex calculations into manageable steps.

What are common mistakes with the distributive property?

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Common errors include: forgetting to distribute to all terms inside parentheses, making sign errors with negative numbers, not combining like terms in the final answer, and confusing the distributive property with other properties like commutative or associative.

How does the distributive property help in real life?

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It's useful for: calculating tips and splitting restaurant bills, determining total costs when buying multiple items, planning group expenses for trips, and making quick mental calculations for shopping. It's a fundamental skill that appears in everyday math situations.

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