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2022-02-19 18:53:24 +0200 commented answer Solve much slower than Mathematica for simple system

This is significantly faster. Unfortunately it is still orders of magnitude behind Mathematica and I need to repeat this

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2022-02-18 21:27:21 +0200 edited question Solve much slower than Mathematica for simple system

Speeding up solve for a simple system Mathematica solves the following system of multivariate polynomials almost instant

2022-02-18 19:57:18 +0200 asked a question Solve much slower than Mathematica for simple system

Speeding up solve for a simple system Mathematica solves the following system of multivariate polynomials almost instant

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2022-02-18 19:48:13 +0200 edited answer Solve with the assumption z!=0

I fixed this by adding an additional variable: solve([x,y*z,a*z-1],x,y,z,a,solution_dict=True)

2022-02-18 19:47:54 +0200 answered a question Solve with the assumption z!=0

I fixed this by adding an additional variable: 'solve([x,yz,az-1],x,y,z,a,solution_dict=True)'

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2022-02-18 10:40:54 +0200 asked a question Solve with the assumption z!=0

Solve with the assumption z!=0 When I try to solve the following with the assumption z is nonzero solve still outputs th