Topics
3. Integers & Exponents
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United States of AmericaVirginia
Grade 6

3.04 Patterns with perfect squares

Lesson
Practice
Adaptive
Worksheet

Interactive practice questions

Use the applet to determine if the number $12$12 is a perfect square.

An applet allowing students to simulate a square grid using interactive sliders to demonstrate multiplication. A blue vertical slider to the left controls the number of rows. A dark red horizontal slider below controls columns. Both sliders enable modification of the grid dimensions and the multiplication problem within the range of $1$1 to $12$12. The orange grid represents the product. The equation 'rows x columns = product' is displayed above, updating as sliders are moved.

Is the number $12$12 a perfect square?

Yes, because $12$12 tiles can be arranged as a square.

A

No, because $12$12 tiles cannot be arranged as a square.

B
Easy
< 1min

Use the applet to determine if the number $8$8 is a perfect square.

Easy
< 1min

Use the applet to determine if the number $4$4 is a perfect square.

Easy
< 1min

Use the applet to determine if the number $49$49 is a perfect square.

Easy
< 1min
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Outcomes

6.NS.3

The student will recognize and represent patterns with whole number exponents and perfect squares.

6.NS.3b

Recognize and represent patterns of perfect squares not to exceed 20^(2), by using concrete and pictorial models.

6.NS.3c

Justify if a number between 0 and 400 is a perfect square through modeling or mathematical reasoning.

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