5 Pages

Thompson Exam 3 Grades

Course: BIOL 189, Fall 2008
School: UNLV
Rating:
 
 
 
 
 

Word Count: 249

Document Preview

ID STUDENT L000099996 L000144686 L000170718 L000241461 L000476358 L000488278 L000490188 L000515584 L000522788 L000527137 L000528581 L000530522 L000532111 L000533077 L000534948 L000538113 L000540319 L000543158 L000545600 L000547877 L000548188 L000549135 L000549486 L000550385 L000551145 L000554026 L000554338 L000556450 L000558511 L000562592 L000564225 L000566715 L000567049 L000567540 L000569742 L000571773 L000574812...

Register Now

Unformatted Document Excerpt

Coursehero >> Nevada >> UNLV >> BIOL 189

Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.

Course Hero has millions of student submitted documents similar to the one below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
ID STUDENT L000099996 L000144686 L000170718 L000241461 L000476358 L000488278 L000490188 L000515584 L000522788 L000527137 L000528581 L000530522 L000532111 L000533077 L000534948 L000538113 L000540319 L000543158 L000545600 L000547877 L000548188 L000549135 L000549486 L000550385 L000551145 L000554026 L000554338 L000556450 L000558511 L000562592 L000564225 L000566715 L000567049 L000567540 L000569742 L000571773 L000574812 L000578765 L000585029 L000585296 L000585349 L000585867 L000586015 L000586154 L000587674 L000589666 L000589743 L000590220 L000590498 L000591128 L000591415 EXAM 1 (60) 44 45 40 EXAM 1 (%) 73 75 67 EXAM 2 (60) EXAM 2 (%) 49 82 47 78 46 77 EXAM 3 (60) EXAM 3 (%) 48 80 52 87 52 87 37 37 39 39 54 50 53 47 38 39 40 45 13 23 40 56 22 49 35 41 52 52 19 47 50 43 38 31 41 36 54 45 54 53 37 21 32 52 62 62 65 65 90 83 88 78 63 65 67 75 22 38 67 93 37 82 58 68 87 87 32 78 83 72 63 52 68 60 90 75 90 88 62 35 53 87 40 54 45 51 54 55 56 52 41 52 67 90 75 85 90 92 93 87 68 87 33 40 32 39 56 45 53 53 42 44 41 29 33 54 57 55 35 53 57 59 44 28 33 52 48 57 54 36 29 56 55 67 53 65 93 75 88 88 70 73 68 48 55 90 95 92 58 88 95 98 73 47 55 87 80 95 90 60 48 93 36 36 46 59 20 54 39 51 48 21 53 45 43 28 41 50 50 54 44 49 42 57 60 60 77 98 33 90 65 85 80 35 88 75 72 47 68 83 83 90 73 82 70 95 54 56 36 21 90 93 60 35 51 52 50 44 85 87 83 73 56 45 39 25 93 75 65 42 STUDENT ID L000591526 L000591974 L000593452 L000593639 L000598822 L000598988 L000600832 L000600888 L000601036 L000601462 L000602070 L000603007 L000604222 L000605034 L000606745 L000607223 L000607294 L000607755 L000607849 L000608232 L000609513 L000609597 L000609671 L000609680 L000610384 L000610685 L000611164 L000611226 L000611647 L000611764 L000612014 L000612776 L000613022 L000613299 L000616885 L000617136 L000618951 L000620909 L000621066 L000621165 L000621884 L000622305 L000622425 L000622587 L000622720 L000622839 L000622855 L000622999 L000623163 L000623630 L000623656 EXAM 1 (60) 41 33 47 31 30 42 57 43 38 40 35 19 45 36 38 51 55 50 30 26 45 57 43 42 45 28 48 44 29 41 47 22 53 27 30 46 53 23 38 23 41 33 16 57 28 35 18 EXAM 1 (%) 68 55 78 52 50 70 95 72 63 67 58 32 75 60 63 85 92 83 50 43 75 95 72 70 75 47 80 73 48 68 78 37 88 45 50 77 88 38 63 38 68 55 27 95 47 58 30 EXAM 2 (60) EXAM 2 (%) 50 83 25 42 51 85 47 78 49 82 43 72 50 83 42 47 39 42 32 51 38 36 50 40 52 32 31 57 52 42 47 52 20 52 46 42 48 37 28 46 31 39 32 45 22 27 48 37 28 57 38 31 14 70 78 65 70 53 85 63 60 83 67 87 53 52 95 87 70 78 87 33 87 77 70 80 62 47 77 52 65 53 75 37 45 80 62 47 95 63 52 23 EXAM 3 (60) EXAM 3 (%) 56 93 26 43 38 63 44 73 55 92 47 78 57 95 38 48 31 36 27 50 41 51 52 57 63 80 52 60 45 83 68 85 87 95 51 52 38 35 50 32 59 40 29 58 58 14 46 23 36 50 54 85 87 63 58 83 53 98 67 48 97 97 23 77 38 60 83 90 26 47 39 54 32 34 17 43 78 65 90 53 57 28 STUDENT ID L000623733 L000623793 L000623836 L000624088 L000624113 L000624289 L000624342 L000624379 L000624500 L000624555 L000624566 L000624684 L000625287 L000624913 L000625294 L000625299 L000625300 L000625438 L000625470 L000625549 L000625627 L000625733 L000625735 L000625776 L000625859 L000625942 L000626217 L000626250 L000626334 L000626534 L000626657 L000626737 L000626742 L000626885 L000627097 L000627333 L000627386 L000627448 L000627463 L000627974 L000628106 L000628185 L000628235 L000628672 L000628839 L000629032 L000629037 L000629041 L000629174 L000629564 L000629748 EXAM 1 (60) 29 31 24 32 17 48 37 22 46 50 24 33 46 26 24 25 36 20 53 29 19 53 40 49 41 50 36 51 29 53 30 35 49 37 34 36 45 49 41 25 26 26 41 28 26 32 33 47 EXAM 1 (%) 48 52 40 53 28 80 62 37 77 83 40 55 77 43 40 42 60 33 88 48 32 88 67 82 68 83 60 85 48 88 50 58 82 62 57 60 75 82 68 42 43 43 68 47 43 53 55 78 EXAM 2 (60) EXAM 2 (%) 32 53 38 63 33 55 38 63 43 37 45 52 51 36 42 47 72 62 75 87 85 60 70 78 EXAM 3 (60) EXAM 3 (%) 32 53 40 67 34 57 22 37 54 23 54 53 29 29 44 90 38 90 88 48 48 73 34 51 29 52 42 32 46 40 46 42 52 51 36 53 32 35 44 36 28 37 53 54 25 30 32 42 19 35 24 39 49 57 85 48 87 70 53 77 67 77 70 87 85 60 88 53 58 73 60 47 62 88 90 42 50 53 70 32 58 40 65 82 22 56 24 47 30 50 35 49 44 42 50 44 43 19 27 51 36 42 26 58 47 19 41 41 27 22 18 22 31 32 37 93 40 78 50 83 58 82 73 70 83 73 72 32 45 85 60 70 43 97 78 32 68 68 45 37 30 37 52 53 STUDENT ID L000629759 L000630147 L000630488 L000630583 L000630600 L000630625 L000630833 L000630886 L000631064 L000631265 L000631301 L000631319 L000631326 L000631328 L000631402 L000631451 L000631590 L000631609 L000632484 L000632681 L000632930 L000633295 L000633304 L000633503 L000634653 L000635027 L000635031 L000635141 L000635280 L000635830 L000636204 L000636361 L000637355 L000637526 L000638263 L000638544 L000638608 L000638678 L000638778 L000638852 L000638863 L000638939 L000639036 L0...

Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more. Course Hero has millions of course specific materials providing students with the best way to expand their education.

Below is a small sample set of documents:

UNLV - BIOL - 189
PhotosynthesisSunlightThe Wave-Particle Duality of LightElectromagnetic radiation, such as light from the sun, exhibits properties of both waves and particles The waves are composed of particles, or packets of energy called photonsThe light gi
UNLV - BIOL - 189
Cellular RespirationChemical energy used in cellular respiration is created during photosynthesisHeterotrophic organisms can then harvest this chemical energy for their own needsThese are the end products of photosynthesis: Glucose, water, and o
UNLV - BIOL - 189
DNAThe nucleic acids (DNA and RNA) are polymers of nucleotides: polynucleotides A nucleotide is a molecule composed of a nitrogenous base, plus a sugar and a phosphate groupHow can we remember which is a purine and which is a pyrimidine?A mnemo
UNLV - BIOL - 189
Investigating population genetics as a dynamic factor in the evolution of organismsWhat is a sickle cell?Normal red blood cellsSickle type red blood cellsWhat is a sickle cell?Standard RBC's in vessel Sickle RBC's in vesselWhat we knowGene
UNLV - BIOL - 189
Lab 12 Plant and Animal DiversityIntroduction to the kingdom Plantae The multicellular autotrophsMost of the 280,000 species of plants that inhabit earth live in terrestrial environments But, plants did evolve from a certain green algae called
UNLV - BIOL - 196
Biology 196 Laboratory Schedule Spring 2009WEEK Of January 12 January 19 January 26 February 2 February 9 February 16 February 23 March 2 March 9 March 16 1 2 3 4 5 6 7 8 LAB # TOPIC No Labs, First Week of Semester pH and Buffers Organic Molecules M
UNLV - BIOL - 196
Lab 2: pH and BuffersBronsted-Lowry Acids and BasesAcid-base reactions involve the + transfer of H ions from one substance to anotherAcids and bases can be defined in terms of their ability to transfer protons: An acid is a substance (molecule o
UNLV - BIOL - 196
Lab 3Organic MoleculesThe large molecules in three of the four classes of organic compounds-carbohydrates, proteins, and nucleic acids-are chain-like molecules called polymersA polymer is a long molecule consisting of many similar or identical
UNLV - BIOL - 196
Lab 1 Observations and Measurements: The microscopeNikon Eclipse E200 Biological MicroscopeRevolving Nosepiece2 1 4 3Loosen NutTighten NutEyepiece TubeFocusing the condenserTo focus the condenser, place the sharpened end of a pencil on
UNLV - BIOL - 196
MitosisWhat is a genome?A genome is all the genetic information of a cell in the form of DNA, which is packaged into chromosomes Eukaryotic organisms have a characteristic number of chromosomes, all of which are linearAll these chromosomes are f
Mississippi State - ECE - 4273
Class exposition and Excel notesR. Template2-terminal MOS device
Mississippi State - ECE - 4273
Chapter 14MOSFET DEVICE PROBLEMSversion 2.314-1. The plot shown is a C-V plot for an nMOSFET test device of gate dimensions W/L = 420m/ 4m. From the plot, determine within 5% accuracy: (a) VTH and VFB (b) COX (capacitance/area in fF/m2) and tOX
Mississippi State - ECE - 4273
ECE4273/6273 (Example)Analytical homework exercise #1by R. Template
Mississippi State - ECE - 4273
Homework, Chapter 7: Semiconductor materials(* Indicates advanced problems)Vers 2.271. Determine the temperature at which there is a 106 probability that an energy state 0.55 above the Fermi level is occupied by an electron. (Ans: T = 462 o) 72.
Mississippi State - ECE - 4273
EE3213 CH8PN JUNCTIONSVersion 1.283. For an abrupt p +n n + junction as shown, with three layers of doping, determine (a) the reversebias potential VR needed to deplete (reach through) the n layer. (b) Determine EMAX for this junction under th
UMBC - MATH - 111
OKANAGAN COLLEGECourse OutlineCourse: Section: Instructor: Web page: E-mail: Lectures: Math 111 71 Clint Lee people.okanagan.bc.ca/clee/ clee@okanagan.bc.ca TR (71) 1100 - 1250 D223 Title: Semester: Office: Finite Mathematics Fall, 2007 D360Texts
UMBC - MATH - 111
Math 111 Fall, 2007 Problem Sets 1 to 3Sept 10 - 27Instructions:Each week you should attempt all of the problems in the Problem Set for that week. The problems for the quiz for each week will be selected from the circled in the Problem Set for t
UMBC - MATH - 111
Math 111 (Fall 2007) Examples 1 - 11Example 1 Graph each linear equation by finding the x and y-intercepts, or by determining two points that satisfy the equation if the intercepts to do not give the complete graph. (a) 5x - 3y = 15 (c) 3y = 12 (b)
UMBC - MATH - 111
Math 111 (Fall 2007) Examples 44 - 51Example 44 Consider the linear programming problem in Example 39 in which the objective function is R = 2.0x + 1.5y and the constraints are x+y 2x + y 2x + 3y x 0, 425 800 1200 y0Introduce slack var
UMBC - MATH - 111
Math 111 (Fall 2007) Examples 52 - 60Example 52 An animal rancher requires at least 2 units per day of nutrient A, 4 units of nutrient B and 3 units of nutrient C for his animals. The rancher has two different mixtures of feeds available: feed 1 and
UMBC - MATH - 111
Math 111 (Fall 2007) Examples 75 - 88Example 75 (a) How many different seven letter "words" can be formed using the letters from the word "ALABAMA"? (b) How many different four letter "words" can be formed using the letters from the word "ALABAMA"?
UMBC - MATH - 111
Okanagan College Math 111 (71) Fall 2007 Term Test One Problems & SolutionsInstructor: Clint Lee Thursday October 4 Student Name: Total Marks:40Instructions. Do all parts of all 8 questions. Show all work and give explanations where required. Y
UMBC - MATH - 111
Okanagan College Math 111 (71) Fall 2007 Assignment One Problems & SolutionsInstructor: Clint Lee Due: Tuesday October 16 Instructions. Do all parts of all 10 questions. Show all signicant steps in your work. You will not receive any marks for just
UMBC - MATH - 111
Okanagan College Math 111 (71) Fall 2007 Term Test Two Problems & SolutionsInstructor: Clint Lee Thursday November 1 Student Name: Total Marks:40Instructions. Do all parts of all 7 questions. Show all work and give explanations where required.
UMBC - MATH - 111
Okanagan College Math 111 (71) Fall 2007 Assignment ThreeInstructor: Clint Lee Due: Tuesday December 11 Instructions. Do all parts of all 8 questions. Show all significant steps in your work. You will not receive any marks for just an answer, even i
UMBC - MATH - 111
Okanagan College Math 111(71), Fall 2000 Term Test Three SolutionsInstructor: Clint Lee 001129 Student Name: Total Marks:40Instructions. Do all parts of all 5 questions. Show all work and give explanations where required. You may receive part m
UMBC - MATH - 111
Student Name: Student Number: Total Marks: 100Okanagan College Final ExaminationMath 111 (Fall, 2000)Instructor(s): Clint Lee 71Section(s): 001216 9:30AM Duration:3 hoursREAD INSTRUCTIONS CAREFULLY BEFORE COMMENCING EXAM INSTRUCTIONS: Answe
UMBC - MATH - 111
Student Name: Student Number: Total Marks: 125Okanagan College Final ExaminationMath 111 Fall 2007, PracticeInstructor(s): Clint Lee 71Section(s):Friday December 21 9:00AM Duration: 3 hoursREAD INSTRUCTIONS CAREFULLY BEFORE COMMENCING EXAM
UCSD - BISP - 194
lettersMembrane nanotubes physically connect t cells over long distances presenting a novel route for HIV-1 transmissionStefanie Sowinski1, Clare Jolly2, Otto Berninghausen1, Marco A. Purbhoo1, Anne Chauveau1, Karsten Khler1, Stephane Oddos1, Phil
UCSD - BISP - 194
JCB: MINI-REVIEWThe cell biological basis of ciliary diseaseWallace F. MarshallDepartment of Biochemistry and Biophysics, University of California, San Francisco, San Francisco, CA 94143THE JOURNAL OF CELL BIOLOGYDefects in cilia cause a broa
UCSD - BISP - 194
COURSE SYLLABUSBISP194: Cell Architecture Dr. Amy Kiger Spring 2008 Tues. 2:00-3:30pm, Bonner Hall 2130#1DATEApril 1stthTOPIC & LITERATUREhttp:/www.biology.ucsd.edu/classes/bisp194.SP08 Class Organization & Introduction to reading articles
Colorado - MATH - 1012
g e q p t { S WU 0` x d@0 VX`mi W f r u p i { S WU bS x 0t #}VX`mi EgEf0eCEEj#0#t VX`4mi hU f i s p t { S WUUU YE0Dd0 x 00`Qmi h g f e c u t p { S eU U i p t { S W eU `4HQ#q Q'V40`Qmi Y h v p i { SW 6rS x d0#t 0}'V4mi W w s
Colorado - MATH - 1012
yv Q &v Q vQ vQ dv Q vQ S f #x ! $#ig Eq6 # ' d0rdr #wh rg T 0py ' T h4f 6)g #hg x ) k v Q Cyv Q Cyv Q yv Q v Q yv Q Sk} 3 ) x ! kkT 0)4} ' T 3 3# T 0) i' 0'0pep ' 'qVhh) 63g ' h)g x k u q hq 5VdSAzhyuv3
Rose-Hulman - PH - 316
E field plot three charges q_1 1.00E-06 x_1 q_2 -1.00E-06 x_2 q3 0.00E+00 x 3 delta_r x 0.02 0.04 0.06 0.08 0.1 0.12 0.15 0.17 0.19 0.21 0.23 0.25 0.28 0.3 0.32 0.34 0.37 0.39 0.42 0.44 0.47 0.49 0.52 0.54 0.57 0.6 0.63 0.66 0.68 0.71 0.74 0.78 0.81
Rose-Hulman - PH - 316
Specs for Exam 1, PH 316, Fall 2006 Be able to derive Ucap = Q2/(2C) [ requires C = q/V, V = work/charge ] know that E = - grad V and that for static E curl E = 0. Know, derive, and be able to apply the boundary conditions on V, E| and EBe able to
Minnesota - ECON - 8107
ECON 8107 - MACRO 3 TIPS FOR USING MATLABCTIRAD SLAVIK1. Introductory tips Tip 1: Always have a benchmark case with analytical solution to verify your code or do 2 different procedures. Example: In dynamic programming use log utility and Cobb-Doug
Earlham - GEOS - 211
End of Cheap Oil @ National Geographic Magazinehttp:/magma.nationalgeographic.com/ngm/0406/feature5/NGM June 2004 Site Index6End of Cheap OilStep into the world of writers and photographers as they tell you about the best, worst, and quirkie
Earlham - GEOS - 211
USGSNational Tsunami Hazard Mitigation Program Prepared in cooperation with Universidad Austral de Chile, the University of Tokyo, the University of Washington, the Geological Survey of Japan, and the Pacific Tsunami MuseumSurviving a Tsunami-Less
Earlham - GEOS - 211
Geosciences 211 Physical Geology Study Guide for Test # 1, Feb 3rd, 2005 February 1, 2005 Please note: I modified this study guide to reflect 2 things. 1.) Addition of Hot Spots, and 2.) Removal of the end portion of Igneous Rocks. The subject areas
Earlham - GEOS - 211
Geology 211, Physical Geology First Exam February 5, 2004NamePART 1: Multiple choice: (60 points) Please circle the letter that best answers or completes the question. 1. Which boundary is the surface upon which lithospheric plates move? A. The M
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 199.955 107.913 -73.390 42.589 -70.954 42.482 2.296 -72.172 42.536 67.669 -60.000 191.190 103.183 -73.371 42.3
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 198.858 107.321 -73.317 42.832 -71.027 42.240 11.517 -72.172 42.536 67.669 -60.000 189.528 102.286 -73.427 42.577 -71.357 41
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 199.871 107.868 -73.385 42.627 -70.959 42.444 3.883 -72.172 42.536 67.669 -60.000 192.080 103.663 -73.508 42.1
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 199.374 107.600 -73.355 42.744 -70.989 42.327 8.531 -72.172 42.536 67.669 -60.000 197.466 106.570 -73.442 42.5
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 199.813 107.837 -73.382 42.646 -70.962 42.425 4.668 -72.172 42.536 67.669 -60.000 195.121 105.304 -73.490 42.2
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 197.858 106.781 -71.373 41.869 -72.971 43.203 15.756 -72.172 42.536 67.669 -60.000 243.575 131.454 -72.951 43.4
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 198.526 107.142 -72.779 41.763 -71.565 43.308 13.081 -72.172 42.536 67.669 -60.000 196.105 105.835 -73.046 41.9
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 197.911 106.810 -73.197 43.006 -71.147 42.065 15.560 -72.172 42.536 67.669 -60.000 191.635 103.423 -73.197 42.9
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 197.884 106.795 -72.961 41.862 -71.383 43.209 15.661 -72.172 42.536 67.669 -60.000 194.533 104.987 -72.963 41.9
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 198.289 107.014 -73.260 42.145 -71.084 42.927 14.090 -72.172 42.536 67.669 -60.000 197.839 106.771 -73.220 42.1
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 197.824 106.763 -72.985 43.193 -71.359 41.878 15.879 -72.172 42.536 67.669 -60.000 202.041 109.039 -72.995 43.2
Harvard - MM - 545
<?xml version="1.0" encoding="UTF-8"?><Error><Code>NoSuchKey</Code><Message>The specified key does not exist.</Message><Key>1b4ab5fee493cead478cc9dca0883b865af0f908.txt</Key><RequestId>CD4F4F8B1291BE80</RequestId><HostId>Jv7vEylFxDCBNjuVHRUVfeIcjGhq
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 198.060 106.891 -71.441 41.827 -72.903 43.245 14.996 -72.172 42.536 67.669 -60.000 197.090 106.367 -72.865 43.2
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 199.736 107.795 -71.931 41.655 -72.413 43.416 5.545 -72.172 42.536 67.669 -60.000 217.002 117.113 -72.242 41.6
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 198.045 106.882 -72.908 41.829 -71.436 43.242 15.056 -72.172 42.536 67.669 -60.000 198.172 106.951 -72.601 41.7
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] 0.000 199.868 107.866 -73.385 42.628 -70.959 42.444 3.916 -72.172 42.536 67.669 -60.000 215.709 116.415 -73.519 42.3
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] arpt1.1st arpt2.1st arpt1.2nd arpt2.2nd0 197.691 106.691 -73.088 43.115 -71.256 41.957 16.353 -72.172 42.536 67.669 4V8 1B9
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] arpt1.1st arpt2.1st arpt1.2nd arpt2.2nd0 198.058 106.889 -73.226 42.971 -71.118 42.1 15.005 -72.172 42.536 67.669 DDH OWD
Harvard - MM - 545
<?xml version="1.0" encoding="UTF-8"?><Error><Code>NoSuchKey</Code><Message>The specified key does not exist.</Message><Key>2bf3fc852dccab2ba56b827d8f3430b815398e5a.txt</Key><RequestId>46B9FDA8F435AF8B</RequestId><HostId>dWLK/+sJIDmZidhqz2bm/MEMBxbZ
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] arpt1.1st arpt2.1st arpt1.2nd arpt2.2nd0 199.374 107.6 -73.355 42.744 -70.989 42.327 8.534 -72.172 42.536 67.669 DDH BOS
Harvard - MM - 545
time[min] xsec[km] xsec[nmi] x1.1st y1.1st x2.1st y2.1st xsec2[nmi] ctr.x ctr.y dpease[nmi] arpt1.1st arpt2.1st arpt1.2nd arpt2.2nd0 198.156 106.942 -73.242 42.12 -71.102 42.951 14.623 -72.172 42.536 67.669 GBR LWM