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MATH 141 CALC ANLY GEOM II

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    Pennsylvania State University (Penn State, PSU)
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    BOMAN,EUGENE, ZHANG,TAOYE, DR.CHERYLHILE, ZEMYAN,STEPHENMI, ALL141, PARIZEK,BYRONRIC, BABCOCK,BRUCESCO, XU,ZHENGFU, MARKO,FRANTISEK, NARAYANAN, TETI,SHERRY, ARSIE,ALESSANDRO, JINDAL, SIMRING, WYSOCKA, LYNN, CHE,ZHONGYUAN, staff, GARZA, ALBENA, jin, CHENYINGWANG, SHARP, IVANOV,ANATOLIF, Nate, N/A, Basu, JOELANDERSON, JamesBrannick, SankhaS.Basu, ALIKHANI-KOOPAE,A, ANSARI,MOHAMADA, Willyard,MatthewCharles, matthewwillyard, melanson, WayneGeerling, ryaneberhart, BANG, BASU,SANKHASUBHR, HAIR, DAVIDLITTLE, oleg, KASHA, kevinli, ACHARYA,RAJBARLOW,JESSELOUICAO,GUOHONGDAS,CHITARANJANHANNAN,JOHNJOSEP, ABASHIDZE,GEORGE, ADAMS,JOSEPHBRIA, Lisa,Melanson, RELUGA,TIMOTHY, Dr. Wang, Dr lit, FABBRI,MARC, LITTLE,DAVIDPHIL, OLSZEWSKI,PETERT, RYAN, Dr. Taoye Zhang, Cheng-Bang Chen, Dr. James Henderson, OBRA,V, Joseph Roberts, SVETLAJIVKOVA, Mike Weiner, WIESAK

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    • Medium 58%

    • Hard 26%

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    Math-heavy

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  • 10 pages 2_Math141_Sample_C_Solutions
    • 2_Math141_Sample_C_Solutions
    • Penn State
    • math 141
    • MATH 141 - Fall 2014
    • WW5 I R;IATH 141 2 [EXAMII l SAMPLEC 1 F. dl I. . I. lcosx +oo ' m he "mt $11.11; I2 ' 5. Find the sum of the series 2 {tan101+ 1}tan_1(n)]. Hz! a) w a) 1r b) 1 b) E J 1 4 c _ 2 c) E l 2 d) - . 2 dfr d _._ ) 4 e) r1"he series diverges. 2. Find the limit
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    2_Math141_Sample_C_Solutions

  • 4 pages LibraryScanFile
    • LibraryScanFile
    • Penn State
    • math 141
    • MATH 141 - Fall 2014
    • Math 141 Exam 2 Practice Problems Find the following limits: 1. lim (ln(:1: + In as) 2ln x) {II-#00 , :1: 1 3-£(x_rm) 5. 1im(a: 2) cot(7rx) :t42 1 1 $)O+ (E 511111} 9. lim (63: + 5:101 xroo Answers 1. oo 2. O 1 ~2 5. a: e 9. e3 10. oo COS2 :13 2. 1' :ci
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    LibraryScanFile

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  • 2 pages 141ex1samA_0
    • 141ex1samA_0
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • MATH 141, 141E, 141H EXAM I SAMPLE A 1. Let f (x) = 4x + cos x. Find (f 1 ) (3). 6. Find f (x), given f (x) = arcsin(cos(2x). a) 1 4 a) b) 1 4 b) 2 tan(2x) c) 2 c) 4 d) 2 sin(2x) d) 2 1 12 e) e) Cannot be determined 2 sin2 (2x) 5 e2 2. Evaluate the integ
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    141ex1samA_0

  • 1 pages 141seriesflowchart
    • 141seriesflowchart
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Series Convergence/Divergence Flow Chart TEST FOR DIVERGENCE Does limn an = 0? an Diverges NO YES p-SERIES Does an = 1/np , n 1? Is p > 1? YES an Converges YES NO an Diverges NO GEOMETRIC SERIES Does an = arn1 , n 1? Is |r| < 1? YES n=1 YES NO YES Is bn+1
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    141seriesflowchart

  • 1 pages homework
    • homework
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Updated: 1/17/2012 Students are responsible for knowing the concepts associated with the following homework problems. Students wishing to check understanding may wish to do odd problems from this list (answers in the back of the book). Instructors may cho
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    homework

  • 1 pages 141Formulas_0
    • 141Formulas_0
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Formulas for Math 141 Derivatives. d (sin x ) = dx d (csc x ) = dx d sin 1 x = dx d (cos x ) = dx d (tan x ) = dx d (sec x ) = dx d (cot x ) = dx d u (a ) = dx d u (e ) = dx ( sin x dx = cos x dx = tan x dx = cot 2 x dx = 1 a2 x2 dx = 2 x2 a2 dx = Wri
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    141Formulas_0

  • 1 pages Slope field plotter - (a).pdf
    • Slope field plotter - (a).pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • 3/25/2017 Slope eld plotter - GeoGebra Slope eld plotter A direction eld (or slope eld / vector eld) is a picture of the general solution to a rst order dierential equation with the form https:/www.geogebra.org/m/W7dAdgqc 1/3
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    Slope field plotter - (a).pdf

  • 8 pages 141syllabusSP2015
    • 141syllabusSP2015
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Penn State University - University Park MATH 141, Calculus with Analytic Geometry II Spring 2015 CATALOG DESCRIPTION: MATH 141 (GQ) Calculus with Analytic Geometry II (4) Derivatives, integrals, applications; sequences and series; analytic geometry; polar
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    141syllabusSP2015

  • 5 pages 141syllabusSU15
    • 141syllabusSU15
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Penn State University - University Park MATH 141, Calculus with Analytic Geometry II Summer 2015 (June 15 August 14, 2015) CATALOG DESCRIPTION: MATH 141 (GQ) Calculus with Analytic Geometry II (4) Derivatives, integrals, applications; sequences and series
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    141syllabusSU15

  • 5 pages 141syllabusFA14_0
    • 141syllabusFA14_0
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Penn State University - University Park MATH 141, Calculus with Analytic Geometry II Fall 2014 CATALOG DESCRIPTION: MATH 141 (GQ) Calculus with Analytic Geometry II (4) Derivatives, integrals, applications; sequences and series; analytic geometry; polar c
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    141syllabusFA14_0

  • 2 pages Ch11Review
    • Ch11Review
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Chapter 11 Review 11.1 Curves defined by Parametric Equations x = f (t ) x = f ( ) or y = g (t ) y = g ( ) Be able to sketch a curve using a table t | (x, y) Be able to identify the initial point, terminal point and direction of the curve Be able to el
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    Ch11Review

  • 8 pages 141EsyllabusSP2015
    • 141EsyllabusSP2015
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2015
    • Penn State University - University Park MATH 141E, Calculus with Engineering Applications and Analytic Geometry II Spring 2015 CATALOG DESCRIPTION: MATH 141 (GQ) Calculus with Engineering Applications and Analytic Geometry II (4) Derivatives, integrals, a
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    141EsyllabusSP2015

  • 3 pages 10.1-ParametricCurves
    • 10.1-ParametricCurves
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • 10.1 Parametric Curves Summary The parametric equations x = x(t) y = y(t) for a t b describe the motion of an object along a path. x(t) describes the horizontal position of the object at time t. If x(t) is increasing, then the object is moving to the righ
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    10.1-ParametricCurves

  • 2 pages 10.2-CalculusParametricCurves
    • 10.2-CalculusParametricCurves
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • 10.2 Calculus of Parametric Curves Summary First derivative: slope of the curve at time t y (t) dy = dx x (t) Second derivative: concavity of the curve at time t d2 y d = dx2 dx dy dx = d (y dt (t)/x (t) x (t) 2014 David P. Little 1 Horizontal Tangent: ob
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    10.2-CalculusParametricCurves

  • 4 pages 11.1-Sequences1
    • 11.1-Sequences1
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • 11.1 Sequences, Part I Summary Arithmetic Sequence: dierence of consecutive terms is constant an+1 an = c an = c (n 1) + a Geometric Sequence: ratio of consecutive terms is constant an+1 = r an = a r n1 an Factorials: product of the rst n positive integer
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    11.1-Sequences1

  • 7 pages Catalog Description
    • Catalog Description
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • Penn State University - University Park MATH 141, Calculus with Analytic Geometry II Spring 2014 CATALOG DESCRIPTION: MATH 141 (GQ) Calculus with Analytic Geometry II (4) Derivatives, integrals, applications; sequences and series; analytic geometry; polar
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    Catalog Description

  • 2 pages Suggested HW
    • Suggested HW
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • Chapter6 Section6.1Pg.390391319(odd),2327(odd),3343(odd) Section6.2*Pg.428429143(odd),49,6173(odd) Section6.3*Pg.4354373,7,9,11,23,25,2753(odd),8191(odd) Section6.4*Pg.4444457,9,27,31,37,39,41,4549(odd) Section6.6Pg.4594613,7,9,11,25,29,31,33,43,45,6169(o
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    Suggested HW

  • 6 pages 4
    • 4
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • Take-Home Quiz 4 Course: Math141 Name: NO Work, No points. Square or Circle your nal Answer. Find the exact value of each expression or simplify it. (1) sin5 x cos2 x dx (2) sin4 x cos3 x dx 1 (3) sin4 x dx (4) tan3 x sec3 x dx 2 (5) tan2 x sec4 x dx (6)
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    4

  • 1 pages Slope field plotter - (c).pdf
    • Slope field plotter - (c).pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • 3/25/2017 Slope eld plotter - GeoGebra Slope eld plotter A direction eld (or slope eld / vector eld) is a picture of the general solution to a rst order dierential equation with the form https:/www.geogebra.org/m/W7dAdgqc 1/3
    • Register Now

    Slope field plotter - (c).pdf

  • 1 pages Slope field plotter - (b).pdf
    • Slope field plotter - (b).pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • 3/25/2017 Slope eld plotter - GeoGebra Slope eld plotter A direction eld (or slope eld / vector eld) is a picture of the general solution to a rst order dierential equation with the form https:/www.geogebra.org/m/W7dAdgqc 1/3
    • Register Now

    Slope field plotter - (b).pdf

  • 1 pages Slope field plotter - (d).pdf
    • Slope field plotter - (d).pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • 3/25/2017 Slope eld plotter - GeoGebra Slope eld plotter A direction eld (or slope eld / vector eld) is a picture of the general solution to a rst order dierential equation with the form https:/www.geogebra.org/m/W7dAdgqc 1/3
    • Register Now

    Slope field plotter - (d).pdf

  • 1 pages Slope field plotter - (e).pdf
    • Slope field plotter - (e).pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • 3/25/2017 Slope eld plotter - GeoGebra Slope eld plotter A direction eld (or slope eld / vector eld) is a picture of the general solution to a rst order dierential equation with the form https:/www.geogebra.org/m/W7dAdgqc 1/3
    • Register Now

    Slope field plotter - (e).pdf

  • 13 pages 2_Math141_Sample_B_Solutions
    • 2_Math141_Sample_B_Solutions
    • Penn State
    • math 141
    • MATH 141 - Fall 2014
    • $617,963 5 _ [ MATH 141 E I EXAM II I I SAMPLE B J x3 x2 + .7: 1 1 0c 1. Evaluate the Iim -, 5. Which one of the following is true for the integral f d.r? :ml 2x3x2 x 2 [I lip a] E a) Diverges for p = 1 and converges for both go > i and p < I. j b) Conver
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    2_Math141_Sample_B_Solutions

  • 11 pages 2_Math141_Spring_2011_Solutions

    2_Math141_Spring_2011_Solutions

  • 14 pages 2_Math141_Sample_A_Solutions
    • 2_Math141_Sample_A_Solutions
    • Penn State
    • math 141
    • MATH 141 - Fall 2014
    • éombws MATH 141 EXAM II SAMPLE A , ‘ cos 2:." — cos 5:." 5. Which of the following is true for the four series given below: 1. Find hm —-—u-_—-2-— x—vO sm :1: 3 oo 1 co 1 on 3 n on (_1)n a.) E (I) 2 W2 (In Z 72. (In) 2 (a) (W) 2 am . n21 n21 n=1 n=1 b)
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    2_Math141_Sample_A_Solutions

  • 4 pages 1
    • 1
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • Take-Home Quiz 1 Course: Math141 Name: NO Work, No points. Square or Circle your nal Answer. 1. Find a formula for the inverse of the given functions. (a) f (x) = x2 + 4x + 9, (b) g(x) = x 2 6x 4 3x + 4 (c) h(x) = 2x + 4 + 1 1 2. Find f 1 (a). (a) f (x) =
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    1

  • 6 pages Chapter 7
    • Chapter 7
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • Review : Chapter 7(Section 7.1 - 7.5) Section 7.1 Integration by Parts Formula for Integration by Parts f (x)g (x) dx = f (x)g(x) u dv = uv g(x)f (x) dx v du where u = f (x), v = g(x), and the dierentials du = f (x)dx and dv = g (x)dx. Denite Integrals
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    Chapter 7

  • 10 pages Chapter 6
    • Chapter 6
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Spring 2014
    • Review : Chapter 6(Section 6.1 - 6.6) Section 6.1 Inverse Functions Denition Let f be a one-to-one function with domain A and range B. Then the inverse function f 1 has domain B and range A and is dened by f 1 (y) = x f (x) = y for any y in B. REMARK 1. D
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    Chapter 6

Recent Documents

  • 1 pages Slope field plotter - (f).pdf
    • Slope field plotter - (f).pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • 3/25/2017 Slope eld plotter - GeoGebra Slope eld plotter A direction eld (or slope eld / vector eld) is a picture of the general solution to a rst order dierential equation with the form https:/www.geogebra.org/m/W7dAdgqc 1/3
    • Register Now

    Slope field plotter - (f).pdf

  • 1 pages 141Exam1InfoSp17.pdf
    • 141Exam1InfoSp17.pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • Math 141 Exam 1: 6:00-7:15 pm, Tuesday, February 14, 2017 In preparation for the first midterm, here is some information that you might like to know. Evening exam room assignments are posted on th
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    141Exam1InfoSp17.pdf

  • 5 pages hw_4_solns.pdf
    • hw_4_solns.pdf
    • Penn State
    • CALC ANLY GEOM II
    • MATH 141 - Fall 2014
    • HW 3: 7.1-7.3 Page 1 HW 3: 7.1-7.3 Page 2 HW 3: 7.1-7.3 Page 3 HW 3: 7.1-7.3 Page 4 HW 3: 7.1-7.3 Page 5
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    hw_4_solns.pdf

  • 2 pages hw_3_solns.pdf

    hw_3_solns.pdf

CALC ANLY GEOM II Questions & Answers

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    • Profile picture
    Jun 26, 2017
    | Would highly recommend.

    Not too easy. Not too difficult.

    Course Overview:

    Professor Wiesak was very helpful and clear in his lectures. He made himself available during office hours, and was always willing to stop and take questions during lecture.

    Course highlights:

    In this course, we learned integrals, series, and sequences.

    Hours per week:

    3-5 hours

    Advice for students:

    Be sure to do all homework, whether it is assigned or not. The homework is the key to succeeding in this course. Also, the practice exams provided are structured very closely to the exams. As long as you put in the work, and don't wait until the night before to study, you will succeed in the course.

    • Spring 2016
    • WIESAK
    • Yes
    • Math-heavy Background Knowledge Expected
    • Profile picture
    Jun 24, 2017
    | Would recommend.

    Not too easy. Not too difficult.

    Course Overview:

    It is an important class for many different majors.

    Course highlights:

    I learned many things such as differentiation and integration

    Hours per week:

    3-5 hours

    Advice for students:

    Study with a friend or a tutor. It was easier for me this way.

    • Spring 2017
    • Dr. James Henderson
    • Yes
    • Math-heavy Background Knowledge Expected Many Small Assignments
    • Profile picture
    Jun 09, 2017
    | Would highly recommend.

    Not too easy. Not too difficult.

    Course Overview:

    Great course to fully understand how Calculus I and II come together. As well as some mechanics!

    Course highlights:

    It was in this course where I began to view math from a different perspective, and started understand how it relates with pretty much everything.

    Hours per week:

    9-11 hours

    Advice for students:

    Be sure to know your basic algebra, geometry, and trigonometry! You need to know most of the early formulas, identities, functions, angles, etc.

    • Spring 2016
    • Mike Weiner
    • Yes
    • Math-heavy Background Knowledge Expected Go to Office Hours
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