1.1562 is not the approximate root (1.1484,1.1562) are the intervals The approximate root is suppose to be in the "X" mark .C is the approximate root . Correct me if I'm wrong 😢
The value of root must be the mid-point which lies between a and b...so logically final answer should have been the final value of c...why is b's final value considered as the answer?
I really learned from your video I have a small comment here (2:25): I believe the interval should be like that (1,2), because if either 1 or 2 is the solution to my problem, they would have yielded a zero when substituting them above.
Is it always the a that changes when negative and b when positive? Or is it because f(a) originally gave negative and f(b) gave positive that decided which value changes? So let me ask you a theoretical question. If f(a) originally gave a positive number and f(b) gave a negative, would it have been switched around? Need some clarification.
Sir, can you show your workings on how to calculate the possible number of iterations to be carried out? That is before you draw the table of values, is it possible to know the number of iterations by using a particular formula to calculate? Need help Sir. Thank you.
That's what I wondered! For what it's worth, though, technically speaking we know for sure that the root is found somewhere between the x-coordinates of a and b.
@@ANEESHDEOGHARIA no sir, its not, I can't stop the iterations as well, I understand the method, but I m not able to stop the iteration? How do I get the approximate root😢please help