Anions

Dihydrogen phosphate

Dihydrogen phosphate or dihydrogenphosphate ion is an with the formula [H2PO4]−. Phosphates occur widely in natural systems. These sodium phosphates are artificially used in food processing and packaging as emulsifying agents, neutralizing agents, surface-activating agents, and leavening agents providing humans with benefits. Emulsifying agents prevent separation of two ingredients in processed foods that would separate under natural conditions while neutralizing agents make processed foods taste fresher longer and lead to an increased shelf-life of these foods. Surface-activating agents prevent surface-tension formation on liquid-containing processed foods and finally, leavening agents are used in processed foods to aid in the expansion of yeast in baked goods. Dihydrogen phosphate is employed in the production of pharmaceuticals furthering their importance to medical practitioners of gastroenterology and humans in general. In this medical discipline, sodium phosphates are used as natural laxatives. Other medical applications include using sodium and potassium phosphates along with other medications to increase their therapeutic effects. Inflammation, certain cancers, and ulcers can benefit from the use of combination therapy with sodium and potassium phosphates. Potassium dihydrogen phosphate, the potassium salt, is useful to human in the form of pesticides. Potassium dihydrogen phosphate is a fungicide that is used to prevent powdery mildew on many fruits. Fruits that can benefit from the addition of potassium dihydrogen phosphate includes common fruits, peppers, and roses. (Wikipedia).

Dihydrogen phosphate
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From playlist Additional Topics: Generating Functions and Intro to Number Theory (Discrete Math)

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The Dihedral Group is a classic finite group from abstract algebra. It is a non abelian groups (non commutative), and it is the group of symmetries of a regular polygon. This group is easy to work with computationally, and provides a great example of one connection between groups and geo

From playlist Abstract Algebra

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From playlist Divisibility and the Euclidean Algorithm

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In this veideo we continue our look in to the dihedral groups, specifically, the dihedral group with six elements. We note that two of the permutation in the group are special in that they commute with all the other elements in the group. In the next video I'll show you that these two el

From playlist Abstract algebra

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This chemistry video tutorial explains how to memorize the polyatomic ions. It provides the name of the common polyatomic ions, the charges and their respective formulas as well. Common polyatomic ions include sulfate, nitrate, acetate, ammonium, hydroxide, sulfite, cyanide, phosphate, d

From playlist New AP & General Chemistry Video Playlist

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MIT 5.07SC Biological Chemistry, Fall 2013 View the complete course: http://ocw.mit.edu/5-07SCF13 Instructor: Dr. Bogdan Fedeles Gluconeogenesis is a spontaneous process that involves the synthesis of glucose from non-sugar precursors. In this problem, Dr. Fedeles examines the mechanisms

From playlist MIT 5.07SC Biological Chemistry I, Fall 2013

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From playlist New AP & General Chemistry Video Playlist

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From playlist Michel van Biezen: CHEM - Introduction

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From playlist A Level Chemistry "Organic Chemistry"

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Visit http://ilectureonline.com for more math and science lectures! In this video I will explain the nomenclature of anions with 2 elements.

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From playlist Abstract Algebra

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Reviewing the common polyatomic ions, and explaining common suffixes and prefixes to help remember the formulas. Watch the next lesson: https://www.khanacademy.org/science/chemistry/chemical-reactions-stoichiome/balancing-chemical-equations/v/chemical-reactions-introduction?utm_source=YT

From playlist Atoms, compounds, and ions | Chemistry | Khan Academy

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From playlist New AP & General Chemistry Video Playlist

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From playlist Divisibility and the Euclidean Algorithm

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From playlist Theory of numbers

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Title: The Actual 26 Integers for a Diophantine Representation Those Make Prime Number 2 A diophantine representation of the set of prime numbers was discovered by Matijasevic originally and another valiation was introduced by Jones, Sato, Wiens and Wada in 1976.It is hard to find values

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