Homework Explained - Math Practice 101

Dear guest, you are not a registered member. As a guest, you only have read-only access to our books, tests and other practice materials.

As a registered member you can:

Registration is free and doesn't require any type of payment information. Click here to Register.
Go to page:  

Grade 5 HMH Go Math - NEW
Chapter 1: Place Value, Multiplication, and Expressions; Powers of 10 and Exponents


Please share this page with your friends on FaceBook

On Your Own

Write in exponent form and word form.

  • Question 6 (request help)

    \(10 \times 10 \times 10\)
    exponent form:
    word form:

  • Type below:
  • Question 7 (request help)

    \(10 \times 10 \times 10 \times 10 \times 10\)
    exponent form:
    word form:

  • Type below:

Find the value.

Complete the pattern.

  • Question 11 (request help)
  • \(7 \times 10^ 0 =7 \times 1= \)    
    \(7 \times 10^ 1 =7\times 10=\)    
    \(7 \times 10^ 2=7\times 10 \times10 =\)    
    \(7 \times 10^ 3 =7\times 10 \times 10 \times 10=\)    
    \(7 \times 10^ 4 =7\times 10 \times 10 \times 10 \times 10=\)    
  • Question 12 (request help)
  • \(9\times 10 ^0 = \)    \(=9\)
    \(9\times 10 ^1 = \)    \(=90\)
    \(9\times 10 ^2 = \)    \(=900\)
    \(9\times 10 ^3 = \)    \(=9,000\)
    \(9\times 10 ^4 = \)    \(=90,000\)
  • Question 13 (request help)
  • \(12 \times 10^ 0 =12 \times 1=\)    
    \(12 \times 10^ 1 =12 \times10=\)    
    \(12 \times 10^ 2 =12 \times 10 \times 10=\)    
    \(12 \times 10^ 3 =12 \times 10 \times 10 \times 10\)    
    \(12 \times 10^ 4 =12 \times 10 \times 10 \times10 \times 10\)    
  • Question 14 (request help)

    \(10 ^3 = 10 \times 10^ n\) What is the value of n?

    Think: \(\color{blue}{10^ 3 = 10 \times(     )  \times(     ),\text{ or } 10 \times (  )}\)
    The value of n is ........

  • \(n=\)    
  • Question 15 (request help)

    Explain how to write 50,000 using exponents.

  • Type below:

Yes, email page to my online tutor. (if you didn't add a tutor yet, you can add one here)