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Simplifying Radicals — Easy Worksheet 1
Grade 9 · MathSheets Name: ____________________ Date: __________
Simplify each radical.
How to solve
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Example
Simplify: √52
Answer: 2√13
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √20
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √44
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √56
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √60
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √20
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √52
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √40
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
✓ Correct!
Not quite. The answer is
💡 How to solve: Simplifying Radicals
Find the largest perfect square that divides the number under the radical (4, 9, 16, 25, 36, ...). Rewrite √n as √(square × rest), take the square root of the square outside, and write the answer as a√b.
Try a similar one
Simplify: √24
✓ You've got it! Press Next to keep going. Not yet — the answer is . Read the steps above once more.
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Simplifying Radicals — Easy Worksheet 1
Simplify each radical.