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solveradcan-sqrt-true

solveradcan: true;

solve(x=sqrt(x+30),x);

Calculate

solveradcan-sqrt

[solveradcan:true];

a:R0^2*(1+t/ta)-2*D*R...

solve([a],t);

Calculate

solveradcan-sqrt

[solveradcan:true];

a:R0^2*(1+t/ta)-2*D*R...

solve([a],t);

Calculate

solveradcan-sqrt

[solveradcan:true];

a:R0^2*(1+t/ta)-2*D*R...

solve([a],t);

Calculate

solveradcan

? solveradcan;

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solveradcan-sqrt

[solveradcan:true];

solve([x=sqrt(x+1)+y]...

Calculate

solveradcan-sqrt

[solveradcan:true];

a:R0^2*(1+t/ta)-2*D*R...

solve([a],t);

Calculate

solveradcan-true

eq1:a1*x^2+b1*y^2+c1*...

eq2:a2*x^2+b2*y^2+c2*...

solveradcan:true;

Calculate

solveradcan-sqrt-true

solveradcan: true;

solve(x=sqrt(x+30),x);

Calculate

solveradcan-sqrt

[solveradcan:true];

a:R0^2*(1+t/ta)-2*D*R...

solve([a],t);

Calculate

solveradcan

Run Example
(%i1)realonly:true;
(%o1)                                true
(%i2) solveradcan:true;
(%o2)                                true
(%i3) algsys([log(2*x/-7*x)/log(4) = 1/2], [x]);
(%o3)                                 []
(%i4) 
Run Example
f(x) := x*log(x)-2;
(%o1)                        f(x) := x log(x) - 2
(%i2) sol : solve(f(i), i), solveradcan;
                                        2
(%o2)                            [i = ------]
                                      log(i)
(%i3) 
Run Example
f(x) := x*exp(x)-2;
(%o1)                        f(x) := x exp(x) - 2
(%i2) sol : solve(f(x), x), solveradcan;
                                          - x
(%o2)                            [x = 2 %e   ]
(%i3) 

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Help for Solveradcan