a) Using integration by parts, show that 1(x)= Hint: 1xt and te has an easy antiderivative....
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
a) Using integration by parts, show that 1(x)= Hint: 1xt and te has an easy antiderivative. b) Repeat this logic again to show that 1 21-dr. 1(x)=-2 + c) Repeat twice more to start to notice a pattern with 3 224 e dt. 1(x)= =( 1 1 3x1 + 2x 223 235 5x3x1 24x7 7x5x3x1 + - edt. 248 (1) d) Now we play the very applied math game and ignore the extra integral. Argue that as a series (kind of a strange series because the exponential comes along for the ride), we can write I(x)= a) 2r where you must specify an 1 e) When r=2, 1(2) 0.00414553. By truncating the series S(x)=() at the first, second, third, and fourth partial sums (you can even just use the formula in Equation. 1 if you couldn't find a,), estimate I(2). Comment on the accuracy. f) Notwithstanding, prove that the series S(r) diverges for all z!!! Remark: so we've effectively designed a series that can approximate I(r) very well for large 1, but if you use too many terms in the series, the approximation will get worse. It's beautiful and scary at the same time. a) Using integration by parts, show that 1(x)= Hint: 1xt and te has an easy antiderivative. b) Repeat this logic again to show that 1 21-dr. 1(x)=-2 + c) Repeat twice more to start to notice a pattern with 3 224 e dt. 1(x)= =( 1 1 3x1 + 2x 223 235 5x3x1 24x7 7x5x3x1 + - edt. 248 (1) d) Now we play the very applied math game and ignore the extra integral. Argue that as a series (kind of a strange series because the exponential comes along for the ride), we can write I(x)= a) 2r where you must specify an 1 e) When r=2, 1(2) 0.00414553. By truncating the series S(x)=() at the first, second, third, and fourth partial sums (you can even just use the formula in Equation. 1 if you couldn't find a,), estimate I(2). Comment on the accuracy. f) Notwithstanding, prove that the series S(r) diverges for all z!!! Remark: so we've effectively designed a series that can approximate I(r) very well for large 1, but if you use too many terms in the series, the approximation will get worse. It's beautiful and scary at the same time.
Expert Answer:
Related Book For
Posted Date:
Students also viewed these mathematics questions
-
Planning is one of the most important management functions in any business. A front office managers first step in planning should involve determine the departments goals. Planning also includes...
-
The following additional information is available for the Dr. Ivan and Irene Incisor family from Chapters 1-5. Ivan's grandfather died and left a portfolio of municipal bonds. In 2012, they pay Ivan...
-
List three specific parts of the Case Guide, Objectives and Strategy Section (See below) that you had the most difficulty understanding. Describe your current understanding of these parts. Provide...
-
Prepare journal entries to record the following grant-related transactions of an enterprise fund activity. Explain how these transactions should be reported in the enterprise funds financial...
-
At the beginning of 2009, Wheel R. Dealer purchased the net assets of Consolidated Corp. by issuing 10-year, 10% bonds with a face value of $100,000,000, with semiannual interest payments made on...
-
Derive an expression for the specific-heat difference cp - cv for (a) An ideal gas, (b) A van der Waals gas, and (c) An incompressible substance.
-
Determine the probability mass function of \(X\) from the following cumulative distribution function: \[ F(x)=\left\{\begin{array}{lr} 0 & x. \] Figure 3.3 displays a plot of \(F(x)\). From the plot,...
-
If five people from the same organization calculated manufacturing cycle efficiency for one specific process, would each compute the same MCE? Why or why not?
-
Essay about Singapore profiles such as GDP per person and GDP per capita growth rate and how to interpret them? and include brief about the Singapore economics.
-
In the given carbon skeleton structure below. identify the carbon atom(s) with sp3 hybradization. H
-
Suppose a homeowner has an existing fixed-rate mortgage loan with these terms: remaining balance of $273,473.75, interest rate of 4.5%, and remaining term of 25 years (monthly payments). The original...
-
Explain how job satisfaction can impact employee productivity and absenteeism
-
Direct and Indirect Expenses are frequently used terms that can have different shades of meanings to accountants.What are direct and indirect expenses and how would you use them in a financial...
-
1.A borrower agrees to repay an investor $2,000 in five years. Assuming a 6% interest rate, what is the value of the bond today? 2.The present value of an investment today is $585.43. The investment...
-
Calculate Company Mann's WACC Data Long term Debt 500 Cost of Debt Accounts Payable 100 Book Value of Equity 900 Cost of Equity WACC Risk Free Rate 3% Market Cap 700 Yield on Debt 8% Market Risk...
-
If the annual interest is 6%, What is the future value of an annuity due which pays $700 every year for the next six years? Solve using a financial calculator. Show steps.
-
Determine the design: length, diameter, grade, and number of laterals needed to drain 1 acre of land with a 0.5 inch/day drainage coefficient and hydraulic conductivity of 24 in/day. [1 acre = 43,560...
-
Calculate I, , and a for a 0.0175 m solution of Na 3 PO 4 at 298 K. Assume complete dissociation. How confident are you that your calculated results will agree with experimental results?
-
What is the average number of vehicles per household in the United States? Table 4.5 gives data from the 2010 U.S. Census on the distribution of available vehicles per household. Available vehicles...
-
Let X and Y be independent standard normal random variables. Find the mgf of X 2 +Y 2 . What can you conclude about the distribution of X 2 +Y 2 ?
-
There are 15 professors in the math department. Every time Tina takes a math class each professor is equally likely to be the instructor. What is the expected number of math classes which Tina needs...
-
With Gallilean type transformation show that Equation 5.3 transforms into Laplace's Equation. Eq. 5.3 x2 + y2 12 = 0
-
Show that Eq. 5.1 given for incompressible source satisfies the Laplace's Equation. Eq. 5.1 (x, y, z) = q 2 4x + y+z
-
Show that \(\bar{g} \frac{e^{ \pm i k \bar{R}}}{\bar{R}}\) is a solution for the Helmholtz Equation.
Study smarter with the SolutionInn App