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- Title: ME_Interactive_Curriculum_Map
- Type: Notes
- School: Penn State
- Course: M E 370h
- Term: Spring
Coursehero >> Pennsylvania >> Penn State >> M E 370h
Path: Penn State >> M E >> 433 Spring, 2008
Path: Penn State >> M E >> 433 Spring, 2008
Path: Penn State >> M E >> 433 Spring, 2008
Path: Penn State >> M E >> 433 Spring, 2008
Path: Penn State >> M E >> 433 Spring, 2008
Path: Penn State >> M E >> 433 Spring, 2008
Path: Penn State >> M E >> 433 Spring, 2008
Path: Penn State >> M E >> 450 Fall, 2008
Path: Penn State >> M E >> 450 Fall, 2008
Path: Penn State >> M E >> 450 Fall, 2008
Path: Penn State >> M E >> 450 Fall, 2008
Path: Penn State >> M E >> 455 Spring, 2008
Path: Penn State >> M E >> 455 Spring, 2008
Path: Penn State >> M E >> 455 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 523 Spring, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 540 Fall, 2008
Path: Penn State >> M E >> 560 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> B M B >> 401 Fall, 2008
Path: Penn State >> METEO >> 414 Fall, 2008
Path: Penn State >> METEO >> 471w Fall, 2008
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ENGINEERING MECHANICAL New Course Numbering Begins Fall 2007 1ST SEMESTER 17 Cred. 2ND SEMESTER 17 Cred. 3RD SEMESTER 17 Cred. 4TH SEMESTER 16.5 Cred. 5TH SEMESTER 16.5 Cred. 6TH SEMESTER 15 Cred. New Curriculum Program Year 2005 & later 7TH SEMESTER 16 Cred. 8TH SEMESTER 16 Cred. CHEM 110 (CHEM 12) CHEM 112* (CHEM 13) E MCH 211 (E MCH 11) E MCH 212 (E MCH 12) E MCH 315 (E MCH 215) M E 360 (M E 51) M E 410 (M E 412) M E 440W(M E 415W) or M E 441W(M E 414W) or M E 442A & B EDSGN 100 ECON 2, 4 or 14 MATH 220 E MCH 213 (E MCH 13 ) MATSE 259 M E 340 M E 450 (M E 440) M E LAB MATH 140 MATH 141 MATH 231 MATH 251 M E 320 (M E 33) M E 370 (M E 354) M E LAB ENGR Tech Elective PHYS SEMINAR 211 PHYS 212 PHYS 214 M E 345 (M E 382) I E 312 M E Tech Elective Gen. Tech Elective ENGL 15 AHS CMPSC 201 M E 300 (M E 30) E E 212 (E E 305) ENGL 202C ENGR Tech Elective AHS AHS CAS 100 GHA GHA AHS AHS *BIOL 141 may be substituted for CHEM 112 + M E 440W or M E 441W can be taken 7th or 8th semester. M E 441W can be taken after completing M E 340, M E 410, and ENGL 202C. M E 440W can be taken after completing M E 360, M E 340, M E 370, I E 312, and ENGL 202C. = Prerequisite Math and Computer Science Chemistry and Thermal Sciences = Prerequisite or Concurrent Material Science Electronics and Instrumentation Page 1 Mechanics Mechanical Design
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cs4.pdf
Path: Penn State >> M E >> 433 Spring, 2008
Description: ELECTRICAL ENGINEERING TECHNOLOGY PROGRAM EET 433 CONTROL SYSTEMS ANALYSIS AND DESIGN LABORATORY EXPERIENCES CASE STUDIES CASE STUDY #4: Time response of first and second order systems The goals of this case study are to evaluate the properties of ...
433Hkm1s.pdfPath: Penn State >> M E >> 433 Spring, 2008
Description: ...
mic502.pdfPath: Penn State >> M E >> 433 Spring, 2008
Description: MIC502 Micrel MIC502 Fan Management IC Final Information General Description The MIC502 is a thermal and fan management IC which supports the features for NLX/ATX power supplies and other control applications. Fan speed is determined by an externa...
maglev2.pdfPath: Penn State >> M E >> 433 Spring, 2008
Description: ELECTRICAL ENGINEERING TECHNOLOGY PROGRAM EET 433 CONTROL SYSTEMS ANALYSIS AND DESIGN MAGNETIC LEVITATION EXPERIENCES Magnetic levitation systems are good examples of control systems. The load is levitated balancing the force of gravity on the load...
maglev1.pdfPath: Penn State >> M E >> 433 Spring, 2008
Description: ELECTRICAL ENGINEERING TECHNOLOGY PROGRAM EET 433 CONTROL SYSTEMS ANALYSIS AND DESIGN MAGNETIC LEVITATION EXPERIENCES Magnetic levitation systems are good examples of control systems. The load is levitated balancing the force of gravity on the load...
cs6.pdfPath: Penn State >> M E >> 433 Spring, 2008
Description: ELECTRICAL ENGINEERING TECHNOLOGY PROGRAM EET 433 CONTROL SYSTEMS ANALYSIS AND DESIGN LABORATORY EXPERIENCES CASE STUDIES CASE STUDY #6: Applications of control systems: An electric transportation system Control systems are widely use in transporta...
cs2.pdfPath: Penn State >> M E >> 433 Spring, 2008
Description: ELECTRICAL ENGINEERING TECHNOLOGY PROGRAM EET 433 CONTROL SYSTEMS ANALYSIS AND DESIGN LABORATORY EXPERIENCES CASE STUDIES CASE STUDY #2: Using Laplace Transforms to solve differential Equations The goal of this work is to become familiar with the us...
cs5.pdfPath: Penn State >> M E >> 433 Spring, 2008
Description: ELECTRICAL ENGINEERING TECHNOLOGY PROGRAM EET 433 CONTROL SYSTEMS ANALYSIS AND DESIGN LABORATORY EXPERIENCES CASE STUDIES CASE STUDY #5: Applications of control systems: An Artificial Limb The goal of this woekis to evaluate one application of cont...
Matlab-tutorial-2.pdfPath: Penn State >> M E >> 450 Fall, 2008
Description: Appendix 4 Simulink Tutorial Overview of Simulink1 This tutorial is intended to acquaint the reader with the rudiments of Simulink, the MATLAB add-on that allows engineers and researchers to rapidly develop and run computer simulations of dynamic sys...
ComputerProject.pdfPath: Penn State >> M E >> 450 Fall, 2008
Description: ME 450 Modeling of Dynamic Systems Fall 2008 Computer Project Steady-Cam is a type of platform that uses elaborate passive mechanisms to compensate the undesired motion of camera in a hand-held shot. Here we would like to replace that complex mechan...
text7.7.pdfPath: Penn State >> M E >> 450 Fall, 2008
Description: ...
hw#4.pdfPath: Penn State >> M E >> 450 Fall, 2008
Description: ME 450 Fall 2008 HOMEWORK ASSIGNEMNT #4 Problem 1. A first-order model of a dynamic system is & 2 y + 5 y = 5u (t ) with initial condition y(0) = 2. Find and sketch the response of this system to the unit step input u (t ) = U s (t ) . Problem 2....
schedule.pdfPath: Penn State >> M E >> 455 Spring, 2008
Description: ME 455 AUTOMATIC CONTROL SYSTEMS COURSE SCHEDULE - SPRING 2006 Date 10-Jan T 12-Jan Th 17-Jan T 19-Jan Th 24-Jan T 26-Jan Th 31-Jan T 2-Feb Th 7-Feb T 9-Feb Th 14-Feb T 16-Feb Th 21-Feb T 23-Feb Th 28-Feb T 2-Mar Th 7-Mar T 9-Mar Th 14-Mar T 16-Mar T...
HW3.docPath: Penn State >> M E >> 455 Spring, 2008
Description: Homework #3 ME 455, Rahn Assigned: 2/13, Due: 2/23 Name: _ Instructions: Return these assignment sheets stapled to the top of your completed homework assignment. Place answers in boxes provided or fill in the blanks on these sheets. An empty box or...
HW1.docPath: Penn State >> M E >> 455 Spring, 2008
Description: Homework #1 ME 455, Rahn Assigned: 1/17, Due: 1/26 Name: _ Instructions: Return these assignment sheets stapled to the top of your completed homework assignment. Place answers in boxes provided or fill in the blanks on these sheets. An empty box or...
Hirt.docPath: Penn State >> M E >> 523 Spring, 2008
Description: Hirts Stability Analysis This method was originally published by C.W. Hirt as \"Heuristic Stability Theory for Finite-Difference Equation,\" in Volume 2 of the Journal of Computational Physics, pp. 339-355 (1968). To illustrate the basics of this appro...
euler-eqns.docPath: Penn State >> M E >> 523 Spring, 2008
Description: Basic Euler Equations for 1-D Flow + V = 0 , t Here, K is a wall friction coefficient that may be a function of velocity and fluid properties, h is a heat-transfer coefficient multiplied by the heat-transfer area per volume of fluid, and is a pi...
Quickest-vg.docPath: Penn State >> M E >> 523 Spring, 2008
Description: Quick and Quickest This lecture is based upon the paper by B. P. Leonard, deriving the QUICK and QUICKEST methods. Note that we have already derived these methods via a different path in previous lectures. Take a look at Leonards Equation 23. Renamin...
semi-eqns.docPath: Penn State >> M E >> 523 Spring, 2008
Description: To demonstrate the semi-implicit numerical method, we consider a simplified model for 1D, single-phase flow in a pipe. The differential equations for this model are listed below. + V = 0 , t (2 - 86) (2 - 87) and e + eV = p V + h(Tw T ...
iteration1.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: Iterative Solution of Linear Equations Preface to the existing class notes At the risk of mixing notation a little I want to discuss the general form of iterative methods at a general level. We are trying to solve a linear system Ax=b, in a situation...
eulerInstability.docPath: Penn State >> M E >> 523 Spring, 2008
Description: von Neumann Stability Analysis of Explicit Flow Equations The figure below indicates the notation that I will use for spatial location subscripts. For this example the length of a volume x is assumed to be constant. j-3/2 j-1/2 j+1/2 j-2 j-1 j j+...
Allen.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: ALLENS METHOD Introduction Assume we have an equation where both the first and second derivative are present d 2T dT a ( x ) 2 + b( x ) + c ( x )T = d ( x ) dx dx A, b, c and d are piecewise continuous in the interval The differential equation is...
Pred-Corr.docPath: Penn State >> M E >> 523 Spring, 2008
Description: PREDICTOR-CORRECTOR METHOD INTRODUCTION Basic Principle Uses Two Steps Predictor (Implicit) Form the finite difference equation and the error term at each node using the Taylor Series Method (DEM) Solve the set of finite difference equations to f...
Pred-Corr.docPath: Penn State >> M E >> 540 Fall, 2008
Description: PREDICTOR-CORRECTOR METHOD INTRODUCTION Basic Principle Uses Two Steps Predictor (Implicit) Form the finite difference equation and the error term at each node using the Taylor Series Method (DEM) Solve the set of finite difference equations to f...
2ndOrderBC.docPath: Penn State >> M E >> 523 Spring, 2008
Description: Higher Order Finite Difference approximation to Boundary This describes derivation of a second order derivative at the edge of a finite volume based on volume center information from two volumes on the same side of the edge. Subscripts used in the de...
ch2r.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: ...
ch2r.pdfPath: Penn State >> M E >> 540 Fall, 2008
Description: ...
triangular.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: NON-ORTHOGONAL GRID A. TRIANGULAR GRID INTERIOR NODE Heat Conduction & 2 T 2 T q c T = + 2+ 2 k k t y x (Transient) Two Dimensional Form of Taylor Series T(x,y) T (x O + x, y O + y) = TO + x T x + y O T y + O x 2 2 T 2! x 2 O + x y 2...
ADI.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: The Alternating Direction Implicit (ADI) Method ADI is actually a family of methods. In its simplest form ADI consists of the following two equations, evaluated at each time step. ~ n+1 ~ n+1 ~ n+1 ~ n+1 n n n n 1 Ti , j Ti , j Ti , j +1 2 Ti , j ...
crankNic.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: Implicit Solution Maximum Temperature 650 600 550 500 T (K) 450 400 dt=0.001 dt=0.05 dt=0.1 dt=0.2 dt=0.4 350 300 0 1 2 Time(s) 3 4 5 ...
iteration2.docPath: Penn State >> M E >> 523 Spring, 2008
Description: Iterative solution of Linear Equations Introduction Procedure general 1) Assume initial values for the variable field 2) Use the nodal finite difference equations one at a time or in groups to obtain an improved value for the variables. Repeat the p...
iteration2.docPath: Penn State >> M E >> 540 Fall, 2008
Description: Iterative solution of Linear Equations Introduction Procedure general 1) Assume initial values for the variable field 2) Use the nodal finite difference equations one at a time or in groups to obtain an improved value for the variables. Repeat the p...
euler-eqns.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: Basic Euler Equations for 1-D Flow + V = 0 t , e + eV = p V + h(T w T ) t V 1 + VV = p KV V . t , Here, K is a wall friction coefficient that may be a function of velocity and fluid properties, h is a heat-transfer coefficient multiplied ...
euler-eqns.pdfPath: Penn State >> M E >> 540 Fall, 2008
Description: Basic Euler Equations for 1-D Flow + V = 0 t , e + eV = p V + h(T w T ) t V 1 + VV = p KV V . t , Here, K is a wall friction coefficient that may be a function of velocity and fluid properties, h is a heat-transfer coefficient multiplied ...
Cancel2.pdfPath: Penn State >> M E >> 523 Spring, 2008
Description: Time Error Cancelation with Diffusion Term This derivation is a variation on the method of undetermined coefficients. The Taylor expansions that we need are: ip1 = i + n=1 4 x ddxi n! n n im1 = i + n=1 4 ( x) nddxin n! im2 = i + ...
Cancel2.pdfPath: Penn State >> M E >> 540 Fall, 2008
Description: Time Error Cancelation with Diffusion Term This derivation is a variation on the method of undetermined coefficients. The Taylor expansions that we need are: ip1 = i + n=1 4 x ddxi n! n n im1 = i + n=1 4 ( x) nddxin n! im2 = i + ...
HOupwind.pdfPath: Penn State >> M E >> 540 Fall, 2008
Description: Derivation of a Higher order Upwind. Results of our stability analyses show that central differencing for the advection terms isn\'t a very good idea. Pure upwind differencing (w=0) is very stable, but formally first order accurate. Let\'s try for a hi...
iteration1.docPath: Penn State >> M E >> 540 Fall, 2008
Description: Iterative Solution of Linear Equations Preface to the existing class notes At the risk of mixing notation a little I want to discuss the general form of iterative methods at a general level. We are trying to solve a linear system Ax=b, in a situation...
wiggles.pdfPath: Penn State >> M E >> 540 Fall, 2008
Description: ...
iteration2.docPath: Penn State >> M E >> 540 Fall, 2008
Description: Iterative solution of Linear Equations Introduction Procedure general 1) Assume initial values for the variable field 2) Use the nodal finite difference equations one at a time or in groups to obtain an improved value for the variables. Repeat the p...
euler-eqns.pdfPath: Penn State >> M E >> 540 Fall, 2008
Description: Basic Euler Equations for 1-D Flow + V = 0 t , e + eV = p V + h(T w T ) t V 1 + VV = p KV V . t , Here, K is a wall friction coefficient that may be a function of velocity and fluid properties, h is a heat-transfer coefficient multiplied ...
syllabus.pdfPath: Penn State >> M E >> 560 Fall, 2008
Description: ME 560 DIGITAL PROCESS CONTROL SPRING 03 COURSE: ME 560, Section 1: Digital Process Control Lecture: T R 11:15A - 12:30P, 202 E E WEST Lab: Schedule Attached, 243 Reber M E 560 DIGITAL PROCESS CONTROL (3) Analysis and design of control systems wi...
exam_1_2003.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: BMB 401 Spring EXAM 1 February 6, 2003 1. Which of the following could be used to detect any amino acid upon elution from a gel-filtration column a. ninhydrin b. dithiothreitol c. DTNB d. 2-mercaptoethanol e. none of the above 2. Which of the followi...
exam_2_2003.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: BMB 401 EXAM 2 March 06, 2003 Please write your name on your exam sheet and turn it in with your Scantron sheet! Do not forget to include your student ID on the Scan Tron Sheet. It is not necessary to include a section number. People whose last names...
enzymes_2.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Strategies in Enzyme Catalysis As stated earlier, the role of a catalyst is to decrease the energy of activation of a reactionthe energy necessary to attain the transition state. Several themes recur in enzyme catalysis. Catalysis by approximation G...
membranes.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Fat Soluble Vitamins Vitamins are compounds that must be obtained from the diet, because they cannot be synthesized de novo. They are essential for the health of humans and other vertebrates because they are typically precursors to cofactors that fun...
basic_enzyme_kinetics.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: EnzymesDisplaypHOptima ThepHofasolutioncanaffecttheoverall activityofanenzymeinanumberofways. Theunravelingofthetertiarystructureofa proteinoccursatextremesofpH.Thisiscalled denaturation,andisdueinparttothe disturbanceofnormalhydrogenbonding patter...
regulation.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: EnzymeSpecificityandRegulation Incellularmetabolism,groupsofenzymescanformapathway,orworktogethertocarry outagivenmetabolicfunction.Thesepathwaysneedtoberegulatedinordertoallow thecelltomeetitschangingneedsforenergyorcertainbiomolecules. Regulationi...
bisubstrate_kinetics.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: PhosphorylTransfer Inbiologicalsystems,theelement phosphorousalmostalwaysexistsas phosphate.Phosphorousisstableinseveral differentoxidationstates,butinphosphate,the oxidationstateis+5.Therefore,the phosphorousatominphosphatewillalways behaveasanelec...
exam_2_makeup_2003.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: BMB 401 (2003) Make-up Exam #2 1. Describe the predominant forces that are responsible for maintaining primary structure, secondary structure, tertiary structure, and quaternary structure in a protein (15 points). 2. If the following section of a pol...
lecture_1.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: BMB401(Spring2003) IntroductiontoBiochemistry Professor:Dr.SquireJ.Booker GeneralInformation TA: David Iwig, 331 South Frear, 5-8794, Email: dfi101@psu.edu Office Hours: 10:00 1 1:00 am Thur. TA: Robert Cicchillo, 331 South Frear, 5-8794, Emai...
problem_set_4.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Problem Set #4 BMB 401 Spring 2003 Problems from Lehninger: 1, 2, 3, 4, 6, 7, Problem 1 Identify the distal and proximal histidines in hemolglobin / myoglobin, and summarize their roles in the respective protein\'s function. Problem 2 Explain from ...
enzymes_2.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: StrategiesinEnzymeCatalysis Asstatedearlier,theroleofacatalystistodecreasetheenergyofactivationof areactiontheenergynecessarytoattainthetransitionstate. Severalthemesrecurinenzymecatalysis. Catalysisbyapproximation Generalacid,generalbasecata...
problem_set_6.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Problem Set #6 BMB 401 Spring 2003 Problems from Lehninger: Chapter 9: 2, 3, 4, 5, 7, 9, 10, 11, 15, 16 Chapter 11: 1, 2, 4, 5, 7, 9, 10, 13 Chapter 12: 3, 4, 5, 12, 14, 15, 17 Problem 1 The open chain structure for D-Fructose is shown below as its ...
bmb401_syllabus.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Department of Biochemistry and Molecular Biology Pennsylvania State University Syllabus for BMB 401 (Spring 2003) Spring 2003 Tues. 5-8793, Email: sjb14@psu.edu Off...
ch_7_solutions_lehninger.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: ...
exam_2_2001.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: BMB 401 EXAM 2 March 22, 2001 1. The linear arrangement of amino acids in a protein via peptide bonds is referred to as which of the following. a. The protein hydrolysate. b. The proteins primary structure. c. A posttranslational modification. d. The...
enzymes.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: Enzymes Twofundamentalconditionsforlifearethat1)alivingentitymustbeabletoself replicate,and2)alivingentitymustbeabletocatalyzechemicalreactionsefficiently andselectively. Almostallbiochemicalprocessesarecatalyzedbyahighlyspecializedclassofproteins,...
lipids.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: Lipids Lipidsarehighlyreduced(i.e.oxidationreduction)carbonrichsubstancesthatareinsolublein water. Thefunctionsoflipidsinthecellarediverse. StorageLipids Triacylglycerols Phospholipids Glycolipids MembraneLipids Reading:LehningerChapter11p...
carbohydrates_2.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: The Glycosidic Bond Two sugar molecules can be joined in tandem, when a hydroxyl (alcohol) group of one sugar displaces the hydroxyl group on the other sugars anomeric carbon. The bond formed is called a glycosidic bond. In forming the glycosidic bo...
lecture_6_update.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Overview and Themes of Protein Structure The three-dimensional structure of a protein is determined by its primary sequence. A proteins function is dictated by its primary sequence. Any isolated protein of a given primary sequence will have a uniq...
lecture_5.5.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Protein Purification Before any particular protein can be sequenced and characterized, its is necessary to separate it from all of the other proteins in the cell. This purification process involves separating proteins based on their ionic propertie...
exam_1_makeup_2001.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: BMB 401 Make-up Exam #1 Please write your answers legibly and in proper order for full credit. Problem 1 (10 points) Give two reasons why biomolecules, and therefore life are carbon based. Problem 2 (20 points) Discuss the hydrogen bonding pattern i...
carbohydrates_1.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Carbohydrates Of the macromolecules that we will cover in this class, those involving carbohydrates are the most abundant in nature. Via photosynthesis, over 100 billion metric tons of CO2 and H2O are converted into cellulose and other plant product...
lecture_3.pptPath: Penn State >> B M B >> 401 Fall, 2008
Description: ClassesofProteins EnzymesThelargestclassofproteins.Theseproteinsarecatalysts.Theyacceleratetheratesof thevariousbiologicalreactionsthattakeplaceinthecell.Almosteveryreactionthatoccursin biochemistryisfacilitatedbysomesortofenzyme.Theyaretypicallynam...
exam_3_2001.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: BMB 401 Exam 3 April 17, 2001 1. What are the units of the rate constant (k) for the following elementary step? k A+B+C Products a. b. c. d. e. sec-1 M-1sec-1 Msec-1 M-2sec-1 Msec-2 2. The combination of oxygen with myoglobin is described by the fol...
lecture_4.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: The Peptide Bond What allows amino acids to polymerize to form peptides and proteins is the unique covalent linkage called a peptide bond. The bond is the result of a head to tail condensation of the amino group of one amino acid and the carboxyl gr...
lipids.pdfPath: Penn State >> B M B >> 401 Fall, 2008
Description: Lipids Lipids are highly reduced (i.e. oxidation-reduction) carbon-rich substances that are insoluble in water. The functions of lipids in the cell are diverse. Storage Lipids Triacylglycerols Phospholipids Glycolipids Membrane Lipids Read...
anthony Bombs Away.pptPath: Penn State >> METEO >> 414 Fall, 2008
Description: Bombs Away! A look at an occluded low pressure system off the eastern coast of the United States Anthony Chipriano Overview on occluded low pressure systems Slang for an occluded low is called a bombed low. Most winter weather fanatics like to see t...
anthony Bombs Away.pptPath: Penn State >> METEO >> 471w Fall, 2008
Description: Bombs Away! A look at an occluded low pressure system off the eastern coast of the United States Anthony Chipriano Overview on occluded low pressure systems Slang for an occluded low is called a bombed low. Most winter weather fanatics like to see t...