8.EE.2 square roots and cube roots.
8.NS.2 Convert repeating decimal to fractions and Ignore put irrational numbers on a number line.
8.EE.3 converting scientific notation to standard form and standard form to scientific notation.
8.EE.4 operations using scientific notation.
8.EE.1 Exponets
100
The square root of 4.
What is 2.
100
The conversion of 0.2 repeating.
What is 2/9.
100
3.06 X 102 in standard form.
What is 306
100
(2x103) x (3.1x105) in scientific notation.
What is 6.2x108
100
The simplified version of A4x A3.
What is A7.
200
The difference between cube root and square root.
What is 1 is any number multiplied by it's self and the other is any number multiplied by it's self 3 times.
200
The conversion of 0.7 repeating
What is 7/9
200
4.36X10-1.
What is .436.
200
(5x1016) (2.7x103)
What is 13.5x1019
200
(B3)5
What is B15
300
The cube root of 27.
What is 3.
300
The conversion of 0.11 repeqting simplified.
What is 1/9
300
0.23000 in scientific notation.
What is 2.3X105.
300
2.4x104 divided by 4x103
What is 1.2x101
300
C3 divided by C5 simplified.
What is C-2
400
The cube root of 125.
What is 5.
400
The place where the square root of 7 belongs on a number line.
What is in between the 2 and 3 but a little closer to the 3.
400
0.0136 in scientific notation.
What is 1.3X10-2.
400
7.3x109divided by 4x107
What is 1.825x102
400
V-9 simplified.
What is 1/V9
500
The square root of 52.
What is 7.3.
500
The place where pi goes on a number line.
What is in between the 3 and the 4 but closer to the 3.
500
Steps to put a problem in scientific notation.
What is to move the decimal the amount.
500
The larger value between 6.125x10-1 and 2.25x104
What is 2.25x104
500
(C9)7.
What is C63.
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