All SAT Math Resources
Example Questions
Example Question #1002 : Sat Mathematics
Simplify the following:
To solve, you must first break up 54 into its smallest prime factors. Those are:
Since our root has index 2, that means that for every 2 identical factors inside, you can pull 1 out. Thus, we get
Example Question #1003 : Sat Mathematics
Simplify
To simplify a square root, we need to find perfect squares. In this case, it is .
Example Question #1004 : Sat Mathematics
Simplify:
To simplify a square root, we need to find perfect squares. In this case, it is .
Example Question #1005 : Sat Mathematics
Simplify:
To simplify a square root, we need to find perfect squares. In this case, it is . Since there is a number outside the radical, we ignore that for now and later we multiply the number and square root.
Example Question #25 : How To Simplify Square Roots
Simplify:
To simplify a square root, we need to find perfect squares. In this case, it is . Since there is a number outside the radical, we ignore that for now and later we multiply the number and square root.
Example Question #1006 : Sat Mathematics
Simplify:
To simplify radicals, we need to find a perfect square to factor out. In this case, its .
Example Question #1011 : Sat Mathematics
Simplify:
To simplify radicals, we need to find a perfect square to factor out. In this case, its .
Example Question #1012 : Sat Mathematics
Simplify:
To solve this, we know perfect squares are able to simplify easily to the base it is. Let's find all the perfect squares in .
Example Question #61 : Basic Squaring / Square Roots
Simplify:
It's impossible because the value is negative.
Although the exponent is negative, we know that . Therefore, we have . Let's simplify this by finding perfect squares.
Example Question #1013 : Sat Mathematics
Simplify:
To solve this, we know perfect squares are able to simplify easily to the base it is. Let's find all the perfect squares in .