Solve the problem.Let Q(x) = bo + b1(x - a) + b2(x - a)2 be a quadratic approximation to f(x) at x = a with the properties:i. Q(a) = f(a)ii. Q '(a) = f '(a)iii. Q "(a) = f "(a)(a) Find the quadratic approximation to f(x) =
at x = 0.(b) Do you expect the quadratic approximation to be more or less accurate than the linearization? Give reasons for your answer.
What will be an ideal response?
(a) Q(x) = -
+
(b) I expect the quadratic approximation to be more accurate than the linearization. The linearization accounts for how the value of f(x) is changing at the point x = a, but the quadratic approximation also accounts for the change in this change by incorporating the second derivative into the approximation.
You might also like to view...
If possible, solve the system of equations. Use any method. If there is not a unique solution to a system, say why.9x - 2y = 136x - 8y = 2
A. Infinite number of solutions; dependent equations
B. (1, 2)
C.
D. No solution; inconsistent system of equations
Find the area.
A. 162 m2 B. 36 m2 C. 72 m2 D. 324 m2
Solve.A store sold 37 lamps on Monday, 17 lamps on Tuesday, and 28 lamps on Wednesday. How many lamps did the store sell in all?
A. 83 lamps B. 82 lamps C. 92 lamps D. 81 lamps
Add or subtract as indicated. Simplify the result if possible. If an answer is an improper fraction, write it as a mixed number.11 -
A. 8
B. 11
C. 10
D. 10