This transcript is for a Thai student studying physics at Ubon Ratchathani University from 1996-1999. It lists the courses taken each semester along with the credits earned and grades received. Over the course of study, the student earned a total of 145 credits and achieved a grade point average of 2.3966.
Thermal Engineering - I - Unit 1 Thermodynamics Process of Perfect Gases - N ...ARAVIND U
1020-Diploma in Mechanical Engineering - 4020340- III Semester - Thermal Engineering I -Unit 1 :Thermodynamics Process of Perfect Gases - Second Half -
PPT Prepared By…
U. ARAVIND, B.E., M.I.S.T.E.,
LECTURER / MECHANICAL ENGINEERING
LAKSHMI AMMAL POLYTECHNIC COLLEGE
K.R. NAGAR, KOVILPATTI - 628 503
THOOTHUKUDI DISTRICT, TAMIL NADU
Mobile No: 9943244068
Email Id: aravindulaganathanmech@gmail.com
aravindmech@lapc.in
This document contains a chemistry exam paper with multiple choice and long answer questions. It tests knowledge of topics including:
1. Cation and anion radii and lattice energies of ionic compounds.
2. Enthalpy calculations involving formation reactions of molecules like dinitrogen tetroxide.
3. Determining standard electrode potentials and writing redox half reactions.
4. Calculating standard enthalpies of solution and hydration using calorimetry data.
5. Trends in first ionization energies across the third period and acid-base properties of oxides.
The document appears to be about Waterside School as the title contains those words. However, there is no other text or information provided in the document beyond the title. Therefore, all that can be summarized is that the document is about Waterside School but no other details are given due to the lack of content in the document.
The document describes the Typhoon HIL602, a hardware-in-the-loop system for testing power electronics controllers. It has 32 analog outputs, 16 analog inputs, and high-speed processing. The HIL602 can model up to 6 power converters in real-time and interface with controllers. It features easy-to-use software for modeling circuits, running simulations, capturing signals, and automating testing with Python scripts. The HIL602 and clustering multiple units provides an comprehensive test environment for developing and certifying power electronics controls.
El documento presenta tres preguntas breves sobre mocos, poderes y un cuento. Pregunta qué parte del cuento les gustó más, qué harían si tuvieran mocos y qué superpoder les gustaría tener.
Thermal Engineering - I - Unit 1 Thermodynamics Process of Perfect Gases - N ...ARAVIND U
1020-Diploma in Mechanical Engineering - 4020340- III Semester - Thermal Engineering I -Unit 1 :Thermodynamics Process of Perfect Gases - Second Half -
PPT Prepared By…
U. ARAVIND, B.E., M.I.S.T.E.,
LECTURER / MECHANICAL ENGINEERING
LAKSHMI AMMAL POLYTECHNIC COLLEGE
K.R. NAGAR, KOVILPATTI - 628 503
THOOTHUKUDI DISTRICT, TAMIL NADU
Mobile No: 9943244068
Email Id: aravindulaganathanmech@gmail.com
aravindmech@lapc.in
This document contains a chemistry exam paper with multiple choice and long answer questions. It tests knowledge of topics including:
1. Cation and anion radii and lattice energies of ionic compounds.
2. Enthalpy calculations involving formation reactions of molecules like dinitrogen tetroxide.
3. Determining standard electrode potentials and writing redox half reactions.
4. Calculating standard enthalpies of solution and hydration using calorimetry data.
5. Trends in first ionization energies across the third period and acid-base properties of oxides.
The document appears to be about Waterside School as the title contains those words. However, there is no other text or information provided in the document beyond the title. Therefore, all that can be summarized is that the document is about Waterside School but no other details are given due to the lack of content in the document.
The document describes the Typhoon HIL602, a hardware-in-the-loop system for testing power electronics controllers. It has 32 analog outputs, 16 analog inputs, and high-speed processing. The HIL602 can model up to 6 power converters in real-time and interface with controllers. It features easy-to-use software for modeling circuits, running simulations, capturing signals, and automating testing with Python scripts. The HIL602 and clustering multiple units provides an comprehensive test environment for developing and certifying power electronics controls.
El documento presenta tres preguntas breves sobre mocos, poderes y un cuento. Pregunta qué parte del cuento les gustó más, qué harían si tuvieran mocos y qué superpoder les gustaría tener.
This document is an unofficial academic record for Katelyn Rose Brinker that details her coursework and credits earned between Fall 2011 and Fall 2015 at Missouri University of Science and Technology. It shows that she earned credits through advanced placement exams in high school as well as a variety of engineering, math, science and general education courses during her time at the university. Her cumulative GPA increased each term, reaching 3.887 by Fall 2015 when she was enrolled in her junior year courses toward a Bachelor of Science degree in Electrical Engineering.
1. The document contains the marking scheme and answers for a physics examination with multiple sections and questions.
2. It provides the answers, explanations, workings and diagrams for questions related to topics like mechanics, electricity, waves, optics, and thermodynamics.
3. The marking scheme awards marks for various parts of the answers and the total marks for each question or section.
Class Time Table for First Year Students 2020-21-II.pdfAryanMishra167070
The document provides the class time-table and course details for first year BS and BS-MS students for the 2021-22 second semester. It lists the class schedule with courses assigned to each time slot from Monday to Friday. It also provides the course numbers, titles, credits and instructor details for the core courses offered. Finally, it specifies the list of compulsory and elective courses and total credits required for the BS programs in Natural Sciences, Engineering Sciences and Economic Sciences.
This document is an academic transcript for Reavis,Geren Joseph (ID: 12444229) that lists the courses taken and grades earned between Fall 2013 and Spring 2017 at Missouri State University, Ozark Technical Community College, and Missouri University of Science and Technology. It shows that he has maintained a high GPA between 3.462 and 4.0 across 66 credit hours, with his most recent term in Spring 2017 including courses in Statics, Introduction to Manufacturing Processes, and Engineering Physics II.
This document is an unofficial academic record for Dalton R. Linnenbringer (ID: 12380265) at Missouri University of Science and Technology. It lists the courses taken each semester from Fall 2011 to Fall 2015, including course names, credits earned, and GPAs. Over the course of study, Dalton earned 104 credit hours and maintained an overall GPA of 3.406.
1) This document provides structural analysis of a two-storey bungalow called the Siri House. Floor plans and structural components are analyzed.
2) Beam 2/E-F carrying the ground floor is calculated to have a total ultimate load of 36.88 kN/m. The reaction forces at supports E and F are found to be 78.628 kN and 96.3976 kN respectively.
3) Analysis is also done for Beam B2/1b-3 and the total dead load is calculated to be 16.912 kN/m and 17.912 kN/m.
The document outlines the course structure and syllabi for Bachelor of Engineering and Bachelor of Architecture degrees at Bengal Engineering and Science University. It includes the subject codes, course titles, credit hours, and evaluation schemes for each semester of study. The first part details the common course structure for all engineering branches in the first two semesters. The second part provides the syllabi for the subjects taught in the programs.
This document is a science exam for secondary 4 students covering topics in chemistry and the environment. It consists of two parts, with part A containing 9 multiple choice questions and part B containing 8 constructed response questions. The questions cover topics such as neutralization reactions, chemical bonding, endothermic and exothermic reactions, environmental pollution, photosynthesis, soil pH, atmospheric circulation, nuclear accidents, and more. Students are instructed to answer all questions in the provided answer booklet and are permitted to use writing tools and an approved scientific calculator.
This document summarizes the academic record of Michael Christopher Leibovitz from 2010 to 2016. It shows that he started at Joliet Junior College in 2010 and transferred to the University of Science and Technology in 2012 to pursue a Bachelor of Science in Chemical Engineering. His cumulative GPA increased over time, reaching a high of 3.314 after his first year, before dropping slightly in later years. It also lists the specific courses he took each semester and the grades received.
- This document is Joseph C Gregory's unofficial transcript from North Carolina State University showing his coursework and grades from 2012-2015.
- He began in the Engineering program before switching to Computer Science, achieving Dean's List honors multiple semesters and maintaining a cumulative GPA of 3.623.
- His most recent term in Fall 2015 shows all courses attempted but no credits earned, bringing his career GPA down from previous highs.
Civil final upto_4th_year_syllabus_14.03.14 oldRajen Koley
1) The document outlines the syllabus for B.Tech in Civil Engineering up to the third year. It includes subjects like physics, mathematics, fluid mechanics, structural analysis, soil mechanics, construction materials, and more.
2) The courses are divided into theory and practical components. The theory classes cover topics through lectures and tutorials, while practical classes involve hands-on lab and field work. Subjects also include humanities courses on ethics, management, and economics.
3) As the years progress, courses cover more specialized civil engineering topics like foundation engineering, structural design, highway design, environmental engineering, and electives in areas like construction management, geotechnical engineering, and transportation. The final year focuses on
1) The document provides model solutions to questions from JEE Advanced 2013 Paper II.
2) It includes the answers to multiple choice and numerical questions across various sections - mechanics, electricity & magnetism, atomic structure, thermodynamics etc.
3) The solutions show the step-by-step working for calculating numerical values or explaining concepts to arrive at the correct answer option.
Andrew Fazio received a Bachelor of Science in Chemical Engineering from the Missouri University of Science and Technology in 2015, graduating summa cum laude. He also earned minors in Chemistry and Engineering Management. His academic record shows a consistently high GPA, with his cumulative GPA at graduation being 3.835. He received advanced placement credit for several courses and completed a cooperative work program in 2014.
- Alexander Emil Stark is a student at North Carolina State University studying for a Bachelor of Arts in Physics. The transcript shows his coursework and grades from 2011-2015, including transferred credits from Virginia Polytechnic Institute. Stark began with a term on academic warning but improved his GPA over time, with his highest terms in the summer of 2013 and spring of 2015. While he struggled in some courses like Applied Differential Equations and Electromagnetism I, taking them multiple times, overall his career GPA was 2.78 out of a possible 4.0.
- The document is a transcript of academic records for a student named Mohammad Sadrus Salam from Ahsanullah University of Science and Technology in Dhaka, Bangladesh.
- It lists the courses taken each semester over 8 semesters, the credits and grades earned in each course, culminating in the awarding of a Bachelor of Science degree in Electrical and Electronic Engineering.
- The transcript shows the student's cumulative grade point average (CGPA) was 3.058, above the minimum required for award of the degree.
Tristan Newman is a Florida resident who graduated from the University of Florida with a Bachelor's degree in Nuclear Engineering in 2012. He then earned a Master's degree in Aerospace Engineering from UF in 2015. His undergraduate GPA was 3.59 and he earned honors such as membership in the Golden Key International Honour Society. His graduate GPA was 3.33. His research focused on spacecraft attitude dynamics control and robotics.
This document contains the academic transcripts of a physics student over four years of their undergraduate degree. It includes the course codes, grades, grade point averages (GPA) for each semester as well as the final GPA of 3.42. The student performed best in their final year, achieving several A grades and GPAs over 3.5 each semester, culminating in a perfect GPA of 4.00 for their final project work.
This document is an unofficial academic record for Katelyn Rose Brinker that details her coursework and credits earned between Fall 2011 and Fall 2015 at Missouri University of Science and Technology. It shows that she earned credits through advanced placement exams in high school as well as a variety of engineering, math, science and general education courses during her time at the university. Her cumulative GPA increased each term, reaching 3.887 by Fall 2015 when she was enrolled in her junior year courses toward a Bachelor of Science degree in Electrical Engineering.
1. The document contains the marking scheme and answers for a physics examination with multiple sections and questions.
2. It provides the answers, explanations, workings and diagrams for questions related to topics like mechanics, electricity, waves, optics, and thermodynamics.
3. The marking scheme awards marks for various parts of the answers and the total marks for each question or section.
Class Time Table for First Year Students 2020-21-II.pdfAryanMishra167070
The document provides the class time-table and course details for first year BS and BS-MS students for the 2021-22 second semester. It lists the class schedule with courses assigned to each time slot from Monday to Friday. It also provides the course numbers, titles, credits and instructor details for the core courses offered. Finally, it specifies the list of compulsory and elective courses and total credits required for the BS programs in Natural Sciences, Engineering Sciences and Economic Sciences.
This document is an academic transcript for Reavis,Geren Joseph (ID: 12444229) that lists the courses taken and grades earned between Fall 2013 and Spring 2017 at Missouri State University, Ozark Technical Community College, and Missouri University of Science and Technology. It shows that he has maintained a high GPA between 3.462 and 4.0 across 66 credit hours, with his most recent term in Spring 2017 including courses in Statics, Introduction to Manufacturing Processes, and Engineering Physics II.
This document is an unofficial academic record for Dalton R. Linnenbringer (ID: 12380265) at Missouri University of Science and Technology. It lists the courses taken each semester from Fall 2011 to Fall 2015, including course names, credits earned, and GPAs. Over the course of study, Dalton earned 104 credit hours and maintained an overall GPA of 3.406.
1) This document provides structural analysis of a two-storey bungalow called the Siri House. Floor plans and structural components are analyzed.
2) Beam 2/E-F carrying the ground floor is calculated to have a total ultimate load of 36.88 kN/m. The reaction forces at supports E and F are found to be 78.628 kN and 96.3976 kN respectively.
3) Analysis is also done for Beam B2/1b-3 and the total dead load is calculated to be 16.912 kN/m and 17.912 kN/m.
The document outlines the course structure and syllabi for Bachelor of Engineering and Bachelor of Architecture degrees at Bengal Engineering and Science University. It includes the subject codes, course titles, credit hours, and evaluation schemes for each semester of study. The first part details the common course structure for all engineering branches in the first two semesters. The second part provides the syllabi for the subjects taught in the programs.
This document is a science exam for secondary 4 students covering topics in chemistry and the environment. It consists of two parts, with part A containing 9 multiple choice questions and part B containing 8 constructed response questions. The questions cover topics such as neutralization reactions, chemical bonding, endothermic and exothermic reactions, environmental pollution, photosynthesis, soil pH, atmospheric circulation, nuclear accidents, and more. Students are instructed to answer all questions in the provided answer booklet and are permitted to use writing tools and an approved scientific calculator.
This document summarizes the academic record of Michael Christopher Leibovitz from 2010 to 2016. It shows that he started at Joliet Junior College in 2010 and transferred to the University of Science and Technology in 2012 to pursue a Bachelor of Science in Chemical Engineering. His cumulative GPA increased over time, reaching a high of 3.314 after his first year, before dropping slightly in later years. It also lists the specific courses he took each semester and the grades received.
- This document is Joseph C Gregory's unofficial transcript from North Carolina State University showing his coursework and grades from 2012-2015.
- He began in the Engineering program before switching to Computer Science, achieving Dean's List honors multiple semesters and maintaining a cumulative GPA of 3.623.
- His most recent term in Fall 2015 shows all courses attempted but no credits earned, bringing his career GPA down from previous highs.
Civil final upto_4th_year_syllabus_14.03.14 oldRajen Koley
1) The document outlines the syllabus for B.Tech in Civil Engineering up to the third year. It includes subjects like physics, mathematics, fluid mechanics, structural analysis, soil mechanics, construction materials, and more.
2) The courses are divided into theory and practical components. The theory classes cover topics through lectures and tutorials, while practical classes involve hands-on lab and field work. Subjects also include humanities courses on ethics, management, and economics.
3) As the years progress, courses cover more specialized civil engineering topics like foundation engineering, structural design, highway design, environmental engineering, and electives in areas like construction management, geotechnical engineering, and transportation. The final year focuses on
1) The document provides model solutions to questions from JEE Advanced 2013 Paper II.
2) It includes the answers to multiple choice and numerical questions across various sections - mechanics, electricity & magnetism, atomic structure, thermodynamics etc.
3) The solutions show the step-by-step working for calculating numerical values or explaining concepts to arrive at the correct answer option.
Andrew Fazio received a Bachelor of Science in Chemical Engineering from the Missouri University of Science and Technology in 2015, graduating summa cum laude. He also earned minors in Chemistry and Engineering Management. His academic record shows a consistently high GPA, with his cumulative GPA at graduation being 3.835. He received advanced placement credit for several courses and completed a cooperative work program in 2014.
- Alexander Emil Stark is a student at North Carolina State University studying for a Bachelor of Arts in Physics. The transcript shows his coursework and grades from 2011-2015, including transferred credits from Virginia Polytechnic Institute. Stark began with a term on academic warning but improved his GPA over time, with his highest terms in the summer of 2013 and spring of 2015. While he struggled in some courses like Applied Differential Equations and Electromagnetism I, taking them multiple times, overall his career GPA was 2.78 out of a possible 4.0.
- The document is a transcript of academic records for a student named Mohammad Sadrus Salam from Ahsanullah University of Science and Technology in Dhaka, Bangladesh.
- It lists the courses taken each semester over 8 semesters, the credits and grades earned in each course, culminating in the awarding of a Bachelor of Science degree in Electrical and Electronic Engineering.
- The transcript shows the student's cumulative grade point average (CGPA) was 3.058, above the minimum required for award of the degree.
Tristan Newman is a Florida resident who graduated from the University of Florida with a Bachelor's degree in Nuclear Engineering in 2012. He then earned a Master's degree in Aerospace Engineering from UF in 2015. His undergraduate GPA was 3.59 and he earned honors such as membership in the Golden Key International Honour Society. His graduate GPA was 3.33. His research focused on spacecraft attitude dynamics control and robotics.
This document contains the academic transcripts of a physics student over four years of their undergraduate degree. It includes the course codes, grades, grade point averages (GPA) for each semester as well as the final GPA of 3.42. The student performed best in their final year, achieving several A grades and GPAs over 3.5 each semester, culminating in a perfect GPA of 4.00 for their final project work.
1. 39 10619
COURSE CREDIT GRADE Pt.lCr.
FIRST SEMESTER { 1996
1101151 Genera Biology I ' 3 C 2.0
1101152 General Biology Lab I 1 C+ 2.5
1102100 Chemistry I ' 3 C+ 2.5
1102101 Chemistry Laboratory I 1 B 3.0
1103113 General Physics Lab I 1 C+ 2.5
1103123 General Physics I 3 C 2.0
1104111 Mathematics 3 B 3.0
1104121 Calculus I 2 F 0.0
1301111 General Drawing 1 B 3.0
1401140 Foundation English I 3 B+ 3.5UBON RATCHATHANI UNiVERSITY
SECOND SEMESTER / 1996
UBON RATCHATHANL THAILAND 1101140 Man and Environment 2 B 3.0
1101153 General Biology II 3 D+ 1. 5
1101154 General Biology Lab. II 1 C+ 2.5
1102102 Chemistry I I 3 C 2.0Ref. No.....J9.9.P.3.............
1102103 Chemistry Laboratory II 1 D+ 1. 5
1103114 General Physics Lab. II 1 B+ 3.510 No......3..?lJ~.?}.9... 1103124 General Physics II 3 C 2.0
1104121 Calculus I 2 C 2.0
1401141 Foundation Eng1ish II 3 B 3.0NAME....~.J~p.~.~.~~......~.Jj~n,.~.n~........................
1403111 Physical Education Activi ty I 1 B 3.0(In Thai) .
FIRST SEMESTER I 1997
1103201 Mechanics 3 c+ 2.5
1103202 Electronics I 4 B 3.0...............~.r..~.)J.i.y.ll:p().fl,~......1.r.~~I3.a.:k.l,l.1.~i.j.... .
(First Name) (Last Name) 1104122 Calculus I I 3 C+ 2.5
1104141 Elementary Statistics 3 C 2.0
1104151 IntroductIon to Computer 2 C+ 2.5
1401145 English for Science Students 3 C+ 2.5BIRTHDATE............~....F.~1:>r..l.a.D~...~.9.7.7.....
SECOND SEMESTER / 1997
1103203 Electronics II 4 C 2.0
BIRTHPLACE..........~.~.a.~~.~.a.?~t:.~............. 1103204 Modern Physics 3 C+ 2.5
1103205 Electromagnetism 3 C+ 2.5
1103206 Mathematica l Physics 3 C+ 2.5
PERMANENT ADDRESS..................1..1y.B.3.. 1103211 Intermidiate Physics Lab I 1 B 3.0
1104221 Advanced Ca l culus 3 D+ 1. 5
..I<:f.1~Tl~. ~~~Illll:.i. .:tIIIPf.111r. . l3.~I1~~J:l~I1 .. . 1104222 Ordinany Di fferential Equat ions 3 D+ 1. 5
1401130 Thai Usage 2 C+ 2.5
....B~pgkQk.. .....P.r.9,Vinc.e.,....................... FIRST SEMESTER / 1998
1103212 Intermediate Physics Laboratory I 1 B+ 3.5
NATIONALlTY.........Tl1ll:.i.........RELIGION...Ill,l<:l<:lJ:li.S.t 1103215 Practical Workshop 1 B+ 3.5
1103301 Waves and optics 3 C+ 2.5
PREVIOUS CERTI FICATE/DEGREE AND DATE...M....9... 1103302 Thermal Physics 3 C 2.0
1103303 Quantum Physics 3 D+ 1. 5
...}~:~.s..?....~~.I1.Ja.IIl'!:r..a.~f.1ll,~.i.:s........J)chooI . 1103351 Material Sciences 3 C+ 2.5
1402100 Man and Society 3 C+ 2.5
DATE......'P...M!'!-.Y..J~~Ji.,....~4...A.p.:r.~.~...4QQQ .... 1403100 Man and Civilization 3 C 2.0
(ADMISSION) (LEAVING) SECOND SEMESTER / 1998
1103304 Solid State Physics 3 C 2 ~ 0
DEGREE CONFERRED...Il.:..S.<::.~(Rhy.~j~~.L...... 1103305 Measurement ana Instrumentation 3 C 2.0
1103311 Advanced Physics Laboratory I 1 C+ 2.5
1103444 Computer Int erfacing 3 D+ 1. 5
1103446 Applied Electronic 3 B 3.0
DEPT..............J?f.1Y..s..i.~~.................................................. 1103452 Introduction to Laser Physics 3- C 2.0
1104340 Prin Res. in Sc . 1 B+ 3.5
FACULTY........~~.i.~.Tl~E;l.................................................. 1403101 Thai culture:Past and Present 3 C 2.0
FIRST SEMESTER / 1999
MAJOR...........J?I1Xs..i.~I3.................................... 1103214 Drawing for Physics Student s 1 C 2.0
1103312 Advanced Physics Lab.II 1 B 3.0
1103401 Computational Physics 3 C 2.0
1103411 Practical Training 1 A 4.0
1103453 Crystallography 3 C+ 2.5
1103455 Polymer PPYSICS 3 B 3.0
(~;~~ 1103456 Selected Topics in Materia ls Sc. 3 C+ 2.5
1701101 Intro.Econ. and Bus. 3 C+ 2.5
CHECKED BY.....G..~............................. SECOND SEMESTER / 1999
1103402 Computer Simulation 3 B+ 3.5
1103491 SemInar and Special'Project 3 A 4.0DATE.........2.?..N.~y...:z.Q.QQ.....
******* TRANSCRIPT CLOSED *******OFFICIAL TRANSCRIPT NOT VALID WITHOUT
SEAl AND SIGNATURE
AtiV ERASURE OR ALTERATION RENDERS THE TOTAL CR. PASSED CR. POINT G. P.A.
WHOLE TRANSCRIPT INVALID 145 143 347.50 2. 3966
Date Issued : 19/05/2000
GRADING SYSTEM
Grade pt.er. Interpretation
4.0 Excellent
B' 3.S V. ", Good
3.0 Good
C· 2 S Abo,. Average
2a Average
D' 1.5 Below Average
1.0 POOl
. 0 Failed
S Not Computed Satisfactory
U Not Computed Unsatisfactory
W Not Computed Withdraw
t Not Computed Incomplete
EXE Not Computed E)(empted
N Not Computed Grade not yet Submitted
T Not· Computed Trans!sr
A cumulative Grade Point Average oj 2.00 is required tOr 'ilritdualion.
First-class honours are granted 10 students with a G'p.A.
01 not less !han 3.50 with no F or U grades: secord- ttlA ~rs
to students with e G.PA of not less than 3.25 WiCh 110 F ()( U.