Solution Found!
Define T : P3 P3 by T (f )(t) = 2f (t) + (1 t)f (t ). a. Show that T is a linear
Chapter 4, Problem 5(choose chapter or problem)
Define \(T:\ P_3\ \rightarrow\ P_3\) by
T(f)(t) = 2f(t) + (1 - t) f’(t).
a. Show that T is a linear transformation.
b. Give the matrix representing T with respect to the “standard basis” \(\{1,\ t,\ t^2,\ t^3\}\).
c. Determine ker(T) and image (T). Give your reasoning.
d. Let g(t) = 1 + 2t. Use your answer to part b to find a solution of the differential equation T(f) = g.
e. What are all the solutions of T(f) = g?
Questions & Answers
QUESTION:
Define \(T:\ P_3\ \rightarrow\ P_3\) by
T(f)(t) = 2f(t) + (1 - t) f’(t).
a. Show that T is a linear transformation.
b. Give the matrix representing T with respect to the “standard basis” \(\{1,\ t,\ t^2,\ t^3\}\).
c. Determine ker(T) and image (T). Give your reasoning.
d. Let g(t) = 1 + 2t. Use your answer to part b to find a solution of the differential equation T(f) = g.
e. What are all the solutions of T(f) = g?
ANSWER:Problem 5
Define by
(a) Show that is a linear transformation.
(b) Give the matrix representing with respect to the standard basis
(c) Determine Ker(T) and Im(T). Give your reasoning.
(d) Let . Use your answer to part (b) to find a solution of the differential equation
(e) What are all the solutions of
Step by Step Solution
Step 1 of 5
Given transformation is defined by
To prove that is linear.
Let be two arbitrary elements such that
Then, for any scalars and ,
Since , therefore, is a linear transformation.