SOLUTION: Arrange the following numbers in increasing order (smallest first, biggest last):
A = 2^(1/2)*4^(1/6)*8^(1/3)
B = 12*128
C = 8^(1/5)^2*8^(1/5)^3
D = 4*(-1)*2*(-1)*8*(-1
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Square-cubic-other-roots
-> SOLUTION: Arrange the following numbers in increasing order (smallest first, biggest last):
A = 2^(1/2)*4^(1/6)*8^(1/3)
B = 12*128
C = 8^(1/5)^2*8^(1/5)^3
D = 4*(-1)*2*(-1)*8*(-1
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Question 1209102: Arrange the following numbers in increasing order (smallest first, biggest last):
A = 2^(1/2)*4^(1/6)*8^(1/3)
B = 12*128
C = 8^(1/5)^2*8^(1/5)^3
D = 4*(-1)*2*(-1)*8*(-1)
E = 2^(1/2)*3*4^(1/4) Found 3 solutions by ikleyn, mccravyedwin, MathTherapy:Answer by ikleyn(52802) (Show Source):
Arrange the following numbers in increasing order (smallest first, biggest last):
A = 2^(1/2)*4^(1/6)*8^(1/3)
B = 12*128
C = 8^(1/5)^2*8^(1/5)^3
D = 4*(-1)*2*(-1)*8*(-1)
E = 2^(1/2)*3*4^(1/4)
This, I’m certain, is testing one’s knowledge of the Laws of Exponents, specifically when it comes to CHANGING INTEGERS
to EXPONENTIAL EXPRESSIONS, as well as SIMPLIFYING same-base exponential expressions, down to a MONOMIAL.
So, A = 2^(½) * 4^(1/6) * 8^(1/3) = = = = = B = 12*128 = 3(4)(128) = = = C = 8^(1/5)^2 * 8^(1/5)^3 = = = = 8 = D = 4*(-1)*2*(-1)*8*(-1) = - 64 = E = = = = = = = =
We now have:
In ASCENDING order, this is: