Question

Why does the end point change when we take the integral or derivative of a power...

Why does the end point change when we take the integral or derivative of a power series?

Homework Answers

Answer #1

Let the power series converge on the interval, Then it is differentiable on the same interval.h

It can be noted that if a power series is differentiated , then the differentiated series has the same interval of convergence as the original series except possibly the loss of one or both end points of the interval of convergence if the original series was convergent at these points.

If a power series is integrated, then the series has the same interval of convergence as the original series except ossibly the gain of one or both end points of the interval of convergence if the original series wasnt convergent at the end points already.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Describe the difference between the equivalence point and the end point of a titration. Why we...
Describe the difference between the equivalence point and the end point of a titration. Why we do use indicator in titration reactions?
Several factors influence statistical power for a one-sample t test. How does statistical power change (increase...
Several factors influence statistical power for a one-sample t test. How does statistical power change (increase or decrease) for each of the following changes? When d (effect size) increases. When N (sample size) increases. When the alpha level is made smaller. Explain your answer. For example, if we know ahead of time that the effect size d is very small, what does this tell us about the N we will need in order to have adequate statistical power? (We assume...
Part III We will now find the derivative at a point on the graph of ?...
Part III We will now find the derivative at a point on the graph of ? = ?^2+ 2?+1 A) Find the slope of the secant line (i.e. average rate of change...) connecting the two points on the graph where x=2 and x=1.96 B) Find the slope of the secant line connecting two points on the graph where x=2 and x=2.001 c) Find the slope of the secant line connecting two points on the graph where x = 2 and...
Thomas' Calculus 14th Edition, Chapter 5.4 Problem 13E: The question states to evaluate the integral of...
Thomas' Calculus 14th Edition, Chapter 5.4 Problem 13E: The question states to evaluate the integral of pi/2 to 0 with the equation of [(1+cos2t)/2][dt]. My question is this: When taking the anti-derivative of "cos2t", why wouldn't we use the trig identity for "cos2x = cos^2x - sin^2x" before we take the anti-derivative of cos2t/2? The book says to take the AD of cos2t/2 = sin2t/4. I'm very confused here. Please help if you can.
A steady state error will not occur when there is a change to the set value...
A steady state error will not occur when there is a change to the set value with a control system operating in the mode: 1. Proportional 2. Proportional plus derivative 3. Derivative 4. Proportional plus integral
what properties are desirable in a derivative? Why does a liquid make a poorer derivative than...
what properties are desirable in a derivative? Why does a liquid make a poorer derivative than a solid?
Why, when we calculate the price elasticity of demand, do we express the change in price...
Why, when we calculate the price elasticity of demand, do we express the change in price as a percentage of the average price and the change in quantity as a percentage of the average quantity?
Does a polar integral relate to circles or rectangles and why?
Does a polar integral relate to circles or rectangles and why?
Find the derivative of the following functions: Y = 10X3 – 20X2 + 10X -5 Y...
Find the derivative of the following functions: Y = 10X3 – 20X2 + 10X -5 Y = 23X5 -120X2    (10 points) Rules for taking derivatives are found on p. 103 Most economic derivative equations can found using the first three rules so I will briefly note those. Constant Rule – any term that does not include a variable does not vary and has a derivative of zero Power Function Rule – reduce the exponent of the variable by one...
how do you know when a problem needs you to take the derivative of an equation...
how do you know when a problem needs you to take the derivative of an equation in physics?