Calculate the Product: Solving 74 × 8 Step by Step

Multiplication with Distributive Property

74×8= 74\times8=

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Step-by-step video solution

Watch the teacher solve the problem with clear explanations
00:00 Solve
00:03 We'll use the distributive law
00:07 Let's break down 74 into 70 plus 4
00:10 We'll multiply each factor separately, then add
00:21 We'll solve each multiplication and then sum
00:32 And this is the solution to the question

Step-by-step written solution

Follow each step carefully to understand the complete solution
1

Understand the problem

74×8= 74\times8=

2

Step-by-step solution

In order to simplify the resolution process, we begin by breaking down the number 74 into a smaller addition exercise.

It is easier to choose round whole numbers, hence the following calculation:

(70+4)×8= (70+4)\times8=

We then multiply each of the terms within the parentheses by 8:

(8×70)+(8×4)= (8\times70)+(8\times4)=

Lastly we solve the exercises within the parentheses:

560+32=592 560+32=592

3

Final Answer

592

Key Points to Remember

Essential concepts to master this topic
  • Rule: Use distributive property to break down larger numbers into manageable parts
  • Technique: Split 74 into 70 + 4, then multiply: (70 × 8) + (4 × 8)
  • Check: Verify 560 + 32 = 592 by adding step by step ✓

Common Mistakes

Avoid these frequent errors
  • Multiplying digits separately without proper place value
    Don't multiply 7 × 8 = 56 and 4 × 8 = 32, then write 5632! This ignores place value completely. Always recognize that 74 = 70 + 4, so multiply 70 × 8 = 560, then add 4 × 8 = 32.

Practice Quiz

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FAQ

Everything you need to know about this question

Why break 74 into 70 + 4 instead of just multiplying directly?

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Breaking numbers down makes multiplication much easier! It's simpler to multiply by 70 (7 × 8 = 56, add a zero) than to handle 74 all at once. This method reduces errors too.

Can I break down 74 differently, like 60 + 14?

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Yes! You could use (60+14)×8=480+112=592 (60 + 14) \times 8 = 480 + 112 = 592 . However, using multiples of 10 like 70 + 4 makes mental math much easier.

What if I get different numbers when I break it down?

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Double-check your addition! Make sure 70 + 4 actually equals 74, and that your final addition 560 + 32 is correct. Write each step clearly.

Is this the same as the standard algorithm for multiplication?

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Yes! This distributive method shows why the standard algorithm works. When you multiply 74 × 8 vertically, you're actually doing (70×8)+(4×8) (70 \times 8) + (4 \times 8) step by step.

How do I know which method to use for multiplication?

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Use whatever method feels most comfortable! The distributive property is great for mental math, while the standard algorithm works well on paper. Both give the same answer.

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