SOLUTION: (2s^-1T^3/6s^2T^-4)^-3
(That's 2s to the negative 1,t to the negative 3 over
6s to squared T to the power of negative 4 in parentheses
and all of it to the power of negative
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Exponential-and-logarithmic-functions
-> SOLUTION: (2s^-1T^3/6s^2T^-4)^-3
(That's 2s to the negative 1,t to the negative 3 over
6s to squared T to the power of negative 4 in parentheses
and all of it to the power of negative
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Question 309197: (2s^-1T^3/6s^2T^-4)^-3
(That's 2s to the negative 1,t to the negative 3 over
6s to squared T to the power of negative 4 in parentheses
and all of it to the power of negative 3). I believe by other examples ^ is used as an "exponent" or power to equation and ( / ) is the same as a fraction. Sorry if I'm wrong, I'm still somewhat new to algebra.com. Answer by ichudov(507) (Show Source):
Text form: (2s^-1*T^3/(6s^2*T^-4))^-3 simplifies to 1/(T^(7)/s^3/3)^3
Cartoon (animation) form: For tutors: simplify_cartoon( (2s^-1*T^3/(6s^2*T^-4))^-3 )
If you have a website, here's a link to this solution.
DETAILED EXPLANATION
Look at . Remove unneeded parentheses around factor ,, It becomes . Look at . Factors 2 and 6 have greatest common factor (GCF) of 2. Reducing fraction. It becomes . Look at . Reduce similar several occurrences of to It becomes . Look at . Reduce similar several occurrences of to It becomes . Look at . Removed extra sign in front of It becomes . Look at . Removed extra sign in front of It becomes . Look at . Remove extraneous '1' from product It becomes . Look at . Added fractions or integers together It becomes . Look at . Added fractions or integers together It becomes . Look at . Removed extra sign in front of It becomes . Look at . Negative power changes multiplication to division It becomes . Look at . Negative power changes multiplication to division It becomes . Look at . Remove extraneous '1' from product It becomes . Result: