Seoyeon Yi 이서연의 포트폴리오 입니다. 서연 이만화는 글로 표현할 수 없는 상상력의 결과물이라고 생각합니다. 상상력과 드로잉 실력, 그리고 스토리가 있는 만화가가 되는 것이 저의 꿈입니다. 만화, 웹툰 작가를 찾고 계신다면 저 이서연에게 연락주세요. indipopol@naver.com
Suhyeon Lee : 악어 그림자 포트폴리오 서연 이아이들의 마음 속에는 어른들이 모르는 동심의 세계가 있습니다. 아이들에게 꿈을 심어줄 수 있는 캐릭터 디자이너가 되고 싶습니다. 제가 그린 악어 그림자는 학교 가기를 싫어하는 소년에게 그림자가 되자고 이야기 하는 내용입니다.
어린이의 동심의 세계를 그림으로 소통하는 디자이너가 되고싶은 이수현입니다.
The Periodic TablelallenThe document summarizes a presentation about the periodic table given by Lisa Allen at Stonington High School. It discusses the early development of the periodic table by scientists like Cannizzaro, Mendeleev, and others. Mendeleev was able to organize the elements into the first recognizable periodic table based on their atomic masses and chemical properties. He even predicted the properties of yet-to-be discovered elements. The document then outlines assignments for students to create their own periodic tables and presentations on periodic properties.
Epigenetics and small moleculeFei XiangThis document summarizes recent developments in small molecule epigenetic drugs. It discusses four DNA methyltransferase (DNMT) inhibitors approved by the FDA, including Vidaza and Decitabine. It also discusses two histone deacetylase (HDAC) inhibitors approved, Vorinostat and Romidepsin. Other epigenetic targets discussed include Sirtuins, histone methyltransferases, and protein arginine methyltransferases. The document reviews the development stages of small molecules related to epigenetics and their role in disease development and progression. It provides examples of epigenetic targets disrupted in cancer and structures of common HDAC and other epigenetic inhibitors. In conclusion, it states that HDAC inhibitors
Seoyeon Yi 이서연의 포트폴리오 입니다. 서연 이만화는 글로 표현할 수 없는 상상력의 결과물이라고 생각합니다. 상상력과 드로잉 실력, 그리고 스토리가 있는 만화가가 되는 것이 저의 꿈입니다. 만화, 웹툰 작가를 찾고 계신다면 저 이서연에게 연락주세요. indipopol@naver.com
Suhyeon Lee : 악어 그림자 포트폴리오 서연 이아이들의 마음 속에는 어른들이 모르는 동심의 세계가 있습니다. 아이들에게 꿈을 심어줄 수 있는 캐릭터 디자이너가 되고 싶습니다. 제가 그린 악어 그림자는 학교 가기를 싫어하는 소년에게 그림자가 되자고 이야기 하는 내용입니다.
어린이의 동심의 세계를 그림으로 소통하는 디자이너가 되고싶은 이수현입니다.
The Periodic TablelallenThe document summarizes a presentation about the periodic table given by Lisa Allen at Stonington High School. It discusses the early development of the periodic table by scientists like Cannizzaro, Mendeleev, and others. Mendeleev was able to organize the elements into the first recognizable periodic table based on their atomic masses and chemical properties. He even predicted the properties of yet-to-be discovered elements. The document then outlines assignments for students to create their own periodic tables and presentations on periodic properties.
Epigenetics and small moleculeFei XiangThis document summarizes recent developments in small molecule epigenetic drugs. It discusses four DNA methyltransferase (DNMT) inhibitors approved by the FDA, including Vidaza and Decitabine. It also discusses two histone deacetylase (HDAC) inhibitors approved, Vorinostat and Romidepsin. Other epigenetic targets discussed include Sirtuins, histone methyltransferases, and protein arginine methyltransferases. The document reviews the development stages of small molecules related to epigenetics and their role in disease development and progression. It provides examples of epigenetic targets disrupted in cancer and structures of common HDAC and other epigenetic inhibitors. In conclusion, it states that HDAC inhibitors
We need to design digital Brand DNAFjordThe presentation discusses how branding has become more complex as interactions have evolved beyond physical goods and logos. A brand now needs to co-exist across different channels, platforms, and contexts. The brand still drives visual recognition and tone of voice, but also designs behaviors and expectations for performance. The presentation proposes a new approach called "Brand DNA" that defines the brand through its appearance, behaviors, and expected performance. It suggests beginning with defined brand values linked to customer values and translating these into actionable brand behaviors that deliver benefits to customers.
Periodic Table Reviewguest396f07This document provides an introduction to the periodic table. It discusses the organization of the periodic table into groups and periods and lists some of the key groups including alkali metals, alkaline earth metals, halogens, and noble gases. It also provides brief descriptions of some of the elements in these groups and discusses important properties like atomic number and mass. Overall, the document serves as a high-level overview of the periodic table and how it organizes the elements.
Ch 6 The Periodic Table And Periodic Law Short2frhsdThe periodic table organizes elements based on repeating patterns of their chemical and physical properties.
1) Mendeleev organized the elements based on properties and predicted new elements before discovery.
2) Elements are arranged in periods and groups, with similar properties repeating vertically in groups.
3) Periodic trends like atomic size, ionization energy, and electronegativity can be explained by the attraction of electrons to the atomic nucleus and how electrons fill energy levels.
Chemistry of the periodic tableScienceTutorsThe periodic table arranges the known chemical elements in order of their atomic number, with elements in the same group (vertical column) having similar properties. Elements are classified into periods (horizontal rows) and groups based on their atomic structure and electron configuration, with elements in the same group having the same number of electrons in their outer shell and exhibiting similar chemical behaviors. The periodic table summarizes periodic trends in properties of the elements and how an element's position determines its chemical properties.
Cmc chapter 06Jane HamzeThis document provides an overview of sections from a chapter on the periodic table and periodic law. It discusses the development of the modern periodic table, including the early work of scientists like Lavoisier, Newlands, Meyer and Mendeleev. It describes the key features of the periodic table such as periods, groups, representative elements and transition metals. It also summarizes periodic trends in properties like atomic radius, ionization energy and electronegativity that relate to an element's position on the periodic table.
Chemistry - Chp 6 - The Periodic Table Revisited - PowerPointMr. WalajtysThis document summarizes key concepts from a chemistry textbook chapter on the periodic table. It discusses how elements are organized in the periodic table based on their atomic structure and properties. Early sections describe the historical development of periodic tables and how elements are classified into groups based on electron configuration. Later sections summarize periodic trends in atomic size, ionization energy, and ion size based on an element's position in the periodic table and how its electron configuration is filled.
THE HALOGENSINSTITUTO TECNOLÓGICO DE SONORAThe halogens are a group of non-metals that all have seven electrons in their outer shell, making them highly reactive as they only need one more electron to fill their outer shell. The halogens featured are fluorine, chlorine, bromine, iodine, and astatine. Fluorine is used in toothpaste as fluoride. Chlorine is mostly used to kill bacteria or as a bleach. Bromine is a main ingredient in camera film as silver bromide. Iodine dissolved in water can be used as an antiseptic or starch test.
Halogens Maitreyee JoshiThe document is a guide about the halogens for GCSE chemistry students. It discusses the key properties and trends within group VII of the periodic table. The guide covers topics such as physical appearances, boiling points, electronic configurations, atomic sizes, and reactivity trends. It also describes reactions of halogens with metals and displacement reactions between halides.
Nucleic acid chemistry for 1st year medical 5 04-2016Mustafa Y. G. YounisNucleic acids are polymers made of nucleotides joined by phosphodiester bonds. The nucleotides contain nitrogenous bases (purines or pyrimidines) attached to a sugar-phosphate backbone. DNA contains the sugars deoxyribose and the bases adenine, guanine, cytosine, and thymine. RNA contains the sugar ribose and replaces thymine with uracil. Nucleic acids form double-stranded helical structures stabilized by base pairing between adenine-thymine and guanine-cytosine in DNA or adenine-uracil and guanine-cytosine in RNA.
Chloroplast dnanj1992Chloroplast DNA (cpDNA) is circular, double-stranded DNA found in chloroplasts. cpDNA ranges in size from 120-2000kb depending on the species. It contains genes that encode components of the chloroplast protein synthesis machinery like rRNA, tRNA, and ribosomal proteins. It also contains genes for photosynthesis proteins. While cpDNA was originally derived from cyanobacteria, chloroplasts have become dependent on the plant cell nucleus for many genes as cpDNA has lost much of its original genetic information over evolutionary time. Comparisons of cpDNA sequences between species has provided insights into chloroplast and plant evolutionary relationships.
Periodic Table Chapter 14Galen WestThe document summarizes key periodic trends in the properties of elements as they relate to their position in the periodic table, including:
1) Atomic radius generally increases down a group and decreases across a period as more protons are added to the same principal energy level.
2) Ionization energy decreases down a group as atoms gain principal energy levels but increases across a period as more protons are added.
3) Positive ion size decreases and negative ion size increases relative to their parent atoms. Ion sizes also increase down a group.
4) Electronegativity decreases down a group but increases across a period toward the nonmetals.
Chloroplast genomics and biotechnologyNidhi SinghChloroplasts are organelles found in plant cells that capture light energy through photosynthesis. This document outlines the history and organization of chloroplast genomes, methods for chloroplast transformation, and applications in biotechnology. Specifically, it details a case study where the chloroplast genome of rapeseed was successfully transformed to be resistant to the antibiotic spectinomycin, demonstrating the potential for chloroplast transformation in important crop species. Overall, chloroplast transformation allows for high levels of protein expression and containment of transgenes, representing promising applications in biotechnology and molecular biology research.
Development of the periodic tableRachel EspinoAlchemists in the Middle Ages first introduced symbols for elements, which influenced modern chemists' use of symbols for convenience. Jons Jacob Berzelius invented the current system of chemical symbols. Elements' symbols are derived from their names in Latin, English, or the scientists who discovered them. Henry Moseley's work with X-ray spectra showed that atomic number, not mass, determines an element's position in the periodic table. This led to restating the periodic law in terms of atomic number and the modern form of the periodic table.
History Of Periodic TableSomya TyagiThis document summarizes the history of the periodic table, beginning with Aristotle's theory of four elements in 330 BC. It then discusses key contributors such as Lavoisier, Berzelius, Dobereiner, Newlands, Meyer, and Mendeleev who developed early classifications and periodic tables of the elements in the 17th-19th centuries. The modern periodic table took shape in the early 20th century with discoveries like the noble gases, determination of atomic numbers, and transuranium elements. Many scientists collectively contributed to developing the systematic arrangement of elements now known as the periodic table.
Std10 - Elements-periodic tableGurudatta WaghThe document discusses the history and development of the periodic table. It describes early classification systems developed by Dobereiner, Newlands, and Mendeleev. Mendeleev arranged elements in order of atomic mass and left gaps for undiscovered elements, correctly predicting their properties. The modern periodic table is arranged by atomic number instead of mass. The 7th period is now complete with the discovery of elements 113, 115, 117, and 118 as announced by IUPAC. The periodic table is divided into periods and groups based on electron configuration and properties repeat periodically.
13. 작업계획2
흙으로 조형물을 만들기 전에 종이를 이용해 입체작업
을 진행할 계획이다.
종이로 입체물을 만든다.
(A4용지, 폼보드, 풀, 가위, 테이프 등 이용)
입체물에 색칠한 꽃들을 붙인다.
종이에 무라카미 다카시의 작업처럼 꽃을 그리고 다양
한 색으로 칠한다.
(A4용지, 색연필 이용)
-종이를 이용한 작업
입체작업
14. 모방하기
입체작업
-종이를 이용한 작업
-프로토타입
종이를 이용해
입체물 만들기
롤모델의 작업을
모방해 작업하기
만들어진 입체물에 무라카미 다카시의
작업처럼 애니, 팝아트스러운 꽃을 그
려 다양한 색으로 칠한 후 오려붙였다.
A4용지와 폼보드를 사용해 입
체물을 만들어 보았다.
15. 작업계획3
그림을 그린 후 무라카미 다카시의 작업을 이용해 다양
한 시도를 해볼 계획이다.
그림을그린다.
그림에 색칠한 꽃들을 붙여 모방하기, 낯설게하기, 새롭
게하기등을 해본다.
종이에 무라카미 다카시의 작업처럼 꽃을 그리고 다양
한 색으로 칠한다.
(A4용지, 색연필 이용)
평면작업
16. 모방하기
평면작업
꽃이 나온 잡지를 오려 종이에
붙이고 그림을 그렸다.
그 주변에 무라카미 다카시의
작업처럼 애니, 팝아트스러운
꽃을 그려 다양한 색으로 칠해
붙였다.