SOLUTION: By using the Newton-Raphson’s method find the root of the quadratic equation
X^3+logx to base 10 = 0 upto 3 decimal places . And plz suggest me how to find that the root lies bet
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-> SOLUTION: By using the Newton-Raphson’s method find the root of the quadratic equation
X^3+logx to base 10 = 0 upto 3 decimal places . And plz suggest me how to find that the root lies bet
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Question 1001469: By using the Newton-Raphson’s method find the root of the quadratic equation
X^3+logx to base 10 = 0 upto 3 decimal places . And plz suggest me how to find that the root lies between this to this Answer by Fombitz(32388) (Show Source):
You can put this solution on YOUR website! It's not a quadratic equation, it's a non-linear equation.
If it was quadratic, you could use the quadratic formula.
First find the derivative.
Graph the equation to find what starting value you should choose for the iteration.
It looks like the root is between 0 and 1.
I'll choose since the function and derivative are not defined at .
I let the iterations run until the change in successive x values was less than . .
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