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document.write( "One of the ways to solve this is to use the quadratic equation. But first, we must identify the a, b, and c values.
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A is 2 (because the prerequisite for the first variable to make it a quadratic equation is x^2)
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B is -7 (because the prerequisite for the second variable to make it a quadratic equation is x)
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C is 6 (because there is no prerequisite for the third variable to make it a quadratic equation)
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)(NOTE: A could be x^3 and B could be x^2. All that is required is that it goes from one level of exponents to the next. Squared to a normal x to no x, or maybe Cubed to squared to normal x)\r
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Now we can solve the problem with the quadratic equation.
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document.write( " Solved by pluggable solver: SOLVE quadratic equation (work shown, graph etc) |
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document.write( "Quadratic equation (in our case ) has the following solutons: \n" );
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document.write( " For these solutions to exist, the discriminant should not be a negative number. \n" );
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document.write( " First, we need to compute the discriminant : . \n" );
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document.write( " Discriminant d=1 is greater than zero. That means that there are two solutions: . \n" );
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document.write( " Quadratic expression can be factored: \n" );
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document.write( " Again, the answer is: 2, 1.5.\n" );
document.write( "Here's your graph: \n" );
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