Suppose that you are asked to find the point on the curve y=ln(x) such that the tangent line passes through the point (3,5). The point on the curve cannot be found explicitly in closed form, but it can be approximated. First find an equation that you can solve that will give you the point you are looking for. Then use whatever algebraic method you want for approximating the solution (the bifurcation method is easy to use, but it is not very quick. Newton’s method is quick, if you remember how to use it) Can you generalize this problem?
Suppose that you are asked to find the point on the curve y=ln(x) such that the tangent line passes through the point (3,5). The point on the curve cannot be found explicitly in closed form, but it can be approximated. First find an equation that you can solve that will give you the point you are looking for. Then use whatever algebraic method you want for approximating the solution (the bifurcation method is easy to use, but it is not very quick. Newton’s method is quick, if you remember how to use it) Can you generalize this problem?
Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
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Section2.1: Tables And Trends
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Suppose that you are asked to find the point on the curve y=ln(x) such that the tangent line passes through the point (3,5). The point on the curve cannot be found explicitly in closed form, but it can be approximated. First find an equation that you can solve that will give you the point you are looking for. Then use whatever algebraic method you want for approximating the solution (the bifurcation method is easy to use, but it is not very quick. Newton’s method is quick, if you remember how to use it) Can you generalize this problem?
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