Mat 266 Exam 2 Revie

2 algebraicallydeterminethebehaviorof z 1 0 1 4 x2 dx.
Mat 266 exam 2 revie. Credit is allowed for only mat 266 or mat 271asu catalog mat 266. Methods of integration applications of calculus elements of analytic geometry improper integrals taylor series. Be able to do hand calculations when the function is given algebraically see examples 1 2 and hw 1 numerically hw 2 or graphically example 5. The function f x sin 2x 3 has a maclaurin series.
2nd order surfaces. 0 1 x2 7x 12 dx 2. Test 3 review. Separable 1st order linear homogeneous exact 2 second order linear homogeneous with equations constant coe cients.
Call the roots r1 and r2 the general solution of ay by cy 0 is as follows. Calculus for engineers ii at arizona state university. Practice for test 2 mat 266 algebraically evaluate the following integrals. 2 3 x 4 3 2 dx 5.
3 2 dx x5 3. Find a formula for the maclaurin series. Mat 266 practice for test 3 18. Test 1 review.
Test 2 review. Not open to students with credit in mat 271 enroll requirements. Write out the first 4 non zeros terms. Mat 265 or 270 with c or better.
3 1 8 x dx 6. Mat 266 test 2 review 6 5. To evaluate this class go to myasu and follow the link myasu my classes course evaluations. Webassign student quick.
Practice for test 2 mat 266 algebraically evaluate the following integrals. Editcalculateandchart for hw and work in class. The taylor series for the function f x ex at 2 is. X2e x3 dx 4.
The di erential equation ay by cy 0 has characteristic equation ar2 br c 0. Mat266exam1review 1 5 5 aweatherballoonisbeingfilledatarateofr t 18 1 2t 2 literspersecond startingwithavolumeof0litersattimet 0 whatisthevolumeoftheballoonafter. Be familiar with the different approximation rules left right midpoint trapezoid and simpsons. Determine whether the sequence.
Access study documents get answers to your study questions and connect with real tutors for mat 266. Spring 2012 ma 266 review topics exam 2 updated 1 first order di erential equations. Determine whether the sequence converges or diverges. If it converges find the limit.