Did you mean?
Search Results - Showing 0 - 12 Of 36
_braids-chapter-3-the-world-of-knots.webp "What are braids in mathematics? Why are they interesting? nThis is the third of a series of four movies where we give some answers. nSee more information on http://matematita.science.unitn.it/braids/nThe animations are realized with POV-Ray. Music by Raul Masu.nnOther chapters:nChapter 1 - The group structure: https://vimeo.com/121922710nChapter 2 - The word problem: https://vimeo.com/121923472nChapter 4 - Hilden dances: https://vimeo.com/121923471nnnThis chapter presents knots and some relation")
_chiral-vs-achiral-molecules-chirality-carbon-centers-stereoisomers-enantiomers-amp-meso-compounds.webp "The Organic Chemistry Tutor")
Chiral vs Achiral Molecules - Chirality Carbon Centers, Stereoisomers, Enantiomers, & Meso Compounds
⏲ 11 minutes 4 seconds 👁 426.6K
_how-to-find-chiral-centers-amp-the-difference-between-chiral-vs-achiral-molecules-124-organic-chemistry.webp "Melissa Maribel")
⏲ 3 minutes 40 seconds 👁 49.6K
_chiral-or-achiral-molecules.webp "Chiral or achiral molecules from achiral")
_chiral-vs-achiral-124-stereochemistry-124-organic-chemistry-124-khan-academy.webp "Khan Academy Organic Chemistry")
⏲ 4 minutes 17 seconds 👁 146.3K
_chiral-and-achiral-molecules-allenes-and-alkenes.webp "The Organic Chemistry Tutor")
_4-05-achiral-diastereoisomers-34-dimethylhexane.webp "Claude E. Wintner Organic Chemistry Reference LecturesnnThis project attempts to present some of the basics of organic chemistry in video lectures. The goal is to provide a talking textbook. Each lecture is divided into short segments for easy reference. The videos, as well as related text, are intended for any student who is interested in learning organic chemistry.nnhaverford.edu/wintnerorganicchem/")
_introduction-to-chirality-in-organic-chemistry-chiral-vs-achiral-and-finding-chirality-centers.webp "Confident Chemistry")
⏲ 12 minutes 44 seconds 👁 9K
_chirality124basic-concept-explained.webp "Lydia Flynn")
_chiral-science-shou-fei-zhu-nankai-university.webp "Asymmetric CatalysisnShou-Fei Zhu, Nankai UniversitynnLife is rooted on homochirality. Nature selects L-amino acids and D-ribose as material basis of life. As a result, the enantiomers of a chemical compound generally exhibited different bioactivities. Because the close relationship of chirality and life, chiral compounds significantly impact our daily life. In addition to chiral pharmaceuticals, agricultural chemicals, and fine chemicals, more and more chiral compounds recently are applied in m")
_chiral-and-achiral.webp "Meducate")
_chiral-examples-2-124-stereochemistry-124-organic-chemistry-124-khan-academy.webp "Khan Academy")
⏲ 10 minutes 19 seconds 👁 239.1K
![[+]](/images/menu.gif){kind=small}