SOLVED:(a) Find the tangent line approximation to the function g whose Taylor series is g(x)=ln5-∑n=1^∞ (2^n ·(n-1) !)/(5^n) x^n (b) What are the slope and y -intercept of this line? (c) Is the tangent line above or below the graph of g ?

SOLVED:find a formula for the error E(x) in the tangent line approximation to the function near x=a. Using a table of values for E(x) /(x-a) near x=a, find a value of k such that E(x) /(x-a) ≈k(x-a). Check that, approximately, k=f^''(a) / 2 and that E(x) ≈(f^''(a) / 2)(x-a)^2 f(x)=x^4, a=1

Answered: Use linear approximation, i.e. the tangent line, to approximate 2.7^6 as follows: Let f(x)=x^6. The equation of the tangent line to f(x) at x=3 can be written… | bartleby

11.4 Secants and Tangents

Identifying Chords, Secants, and Tangents of a Circle | Geometry | Study.com

Finding Lengths of a Secant & a Tangent Intersecting in the Exterior of a Circle | Geometry | Study.com