Rational or nah?
TRUE OR FALSE
non-repeating infinite decimals are NOT irrational numbers.
non repeating infinite decimals ARE irrational
EX: 1.24891...
(2x^3y^0z)^3
8x^9z^3
Evaluate...
-3 + 2(-3-1)^2
29
(1/4)^-2
16
x^-9y^2z^3
(y^2z^3)/(x^9)
Square root of 49. Rational or nah? Justify your answer.
Square root of 49 is 7... 7 is rational b/c it can be written as a fraction/is a whole number
(22r^2s^0)/(6rs)
(11r)/(3s)
x^(8y+1)/x^(4y+8)
x^(4y-7)
(7/2)(5^0/3)
(7/6)
(1/4)^(-2)/3^-1
48
Order the following from least to greatest.
-4/5
-(22)
(1/-4)-3
-2x0
(1/-4)-3, -(22), -2x0, -4/5
(-4m^-3n^-1)/(3m^2n)^3
(-4)/(27m^9n^4)
(2x^2y^8z)^-3(12xyz^2)
(3)/(2x^5y^23z)
64^(-1/3)
1/4
(8abc)(1/2a^3b^2)(-a^-3bc^0)
-4ab^4c
3/5^-2
75
(nop^3)^4/(3n^3)
(no^4p^12)/(3)
(-3x^-2y^4z^-2)^-2/(-x^4y^0z^-4)
(-z^8)/(9y^8)
(14a^2b^7c)/(8a^-3bc)
(7a^5b^6)/(4)
36^(-1/2)
1/6
((4x^0)^2(-3x)^0)/(-2^3)
-2
Two factors have a product of 26 x to the seventh y z cubed. Determine the other factor if one factors is 13xyz.
2x^6z^2
(t^-3u^2)(3t^2u^8)^-2
(1)/(9t^7u^14)
9^(3/2)
27
4^(1/2)/(125^(-2/3)
50