Exercise algebra.manipulation.rational.simplify
Description
simplify a rational expression (with a variable in a divisor)
Firsts
Rule algebra.equations.rational.rational-scale Location [] Term "Just (TCon arith1.plus [TCon arith1.divide [TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 1],TCon arith1.minus [TVar \"x\",TNum 1]],TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 2],TCon arith1.plus [TVar \"x\",TNum 1]]],TCon arith1.divide [TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 2],TCon arith1.minus [TCon arith1.unary_minus [TVar \"x\"],TNum 4]],TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 2],TCon arith1.plus [TVar \"x\",TNum 1]]]])" Focus "Just (TCon arith1.plus [TCon arith1.divide [TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 1],TCon arith1.minus [TVar \"x\",TNum 1]],TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 2],TCon arith1.plus [TVar \"x\",TNum 1]]],TCon arith1.divide [TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 2],TCon arith1.minus [TCon arith1.unary_minus [TVar \"x\"],TNum 4]],TCon arith1.times [TCon arith1.plus [TVar \"x\",TNum 2],TCon arith1.plus [TVar \"x\",TNum 1]]]])" Environment