Qurak
Sign in

NumeratorDenominator

Available

Gives the numerator and denominator as a pair

NumeratorDenominator[expr]
NumeratorDenominator[2 / 3] → {2, 3}NumeratorDenominator[Sin[x] ^ a(Sin[x] - 2) ^ -b] → {Sin[x]^a, (-2 + Sin[x])^b}NumeratorDenominator[(x - 1)(x - 2) / (x - 3) ^ 2] → {(-2 + x)*(-1 + x), (-3 + x)^2}
Run this on QurakSearch the reference

Topics

Related

NumeratorDenominatorRationalRationalsApartCancelExpandExpandAllExpandDenominatorExpandNumeratorFactorIntegrate

All 6300 functions · Use this from an MCP client