Its All about Pj Problem Strings (SiPjAjk) - 7 Spaces Of Interest (Si) and their associated Basic Sequences; 7 Pj Problems of Interest (PPI) and their Alleles (Ajk)

Expressions Of Pj Problems.

Pj Problems - Overview
Celestial Stars As Expressions Of Pj Problems
The Number Line As Expression Of Pj Problems
Geometries As Expressions Of Pj Problems
7 Spaces Of Interest - Overview
Triadic Unit Mesh
Creation As Expression Of Pj Problems
The Atom As Expression Of Pj Problems
Survival As Expression Of Pj Problems
Energy As Expression Of Pj Problems
Light As Expression Of Pj Problems
Heat As Expression Of Pj Problems
Sound As Expression Of Pj Problems
Music As Expression Of Pj Problems
Language As Expression of Pj Problems
Stories As Expressions of Pj Problems
Work As Expression Of Pj Problems
States Of Matter As Expressions Of Pj Problems
Buoyancy As Expression Of Pj Problems
Nuclear Reactions As Expressions Of Pj Problems
Molecular Shapes As Expressions Of Pj Problems
Electron Configurations As Expressions Of Pj Problems
Chemical Bonds As Expressions Of Pj Problems
Energy Conversion As Expression Of Pj Problems
Chemical Reactions As Expressions Of Pj Problems
Electromagnetism As Expression Of Pj Problems
Continuity As Expression Of Pj Problems
Growth As Expression Of Pj Problems
Human-cells As Expressions Of Pj Problems
Proteins As Expressions Of Pj Problems
Nucleic Acids As Expressions Of Pj Problems
COHN - Nature's Engineering Of The Human Body
The Human-Body Systems As Expressions Of Pj Problems
Vision As Expression Of Pj Problems
Walking As Expression Of Pj Problems
Behaviors As Expressions Of Pj Problems
Sensors' Sensings As Expressions Of Pj Problems
Beauty As Expression Of Pj Problems
Faith, Love, Charity As Expressions Of Pj Problems
Photosynthesis As Expressions Of Pj Problems
Weather As Expression Of Pj Problems
Systems As Expressions Of Pj Problems
Algorithms As Expressions Of Pj Problems
Tools As Expressions Of Pj Problems
Networks As Expressions Of Pj Problems
Search As Expressions Of Pj Problems
Differential Calculus As Expression Of Pj Problems
Antiderivative As Expression Of Pj Problems
Integral Calculus As Expression Of Pj Problems
Economies As Expresions Of Pj Problems
Inflation As Expression Of Pj Problems
Markets As Expressions Of Pj Problems
Money Supply As Expression Of Pj Problems
Painting As Expressions Of Pj Problems
Molecular Shape - Structure Of Matter (1)

(1) Matter expresses its residency in space according to specific arrangements of its constituents. The totality of this arrangement constitute the structure of matter. Consider the following arrangement of the constituents of methanol:

Structural Formula Methanol


(a) Write the molecular formula and structural formula for methanol and indicate why they are different.
(b) Write a general representative string for the structure of a compound. Then explain this representation by describing the key string implicit in the representative string.

Structural Formula Methanol

1(a) The molecular formula and structural formula of methanol are indicated in figure 2. The molecular formula shows the exact number and kinds of atoms in a molecule. The structural formula shows the atom to atom bonding of the elements that constitute the molecular formula. Another formula sometimes used is the empirical formula which shows the irreducable mole ratio of the elements in a compound.
1(b) S7P1A17 is the general representative string for the structure of a compound because the location of the constituents of a compound relative to one another establishes its structure. (S7P3A31)chemical bonds is the key string implicit in the representative string.
There are three general types of chemical bonds: ionic bonds, covalent bonds and metallic bonds.
Ionic bond: formed by the transfer of one or more electrons from one atom to another. This transfer leaves the donor atom positively charge and the acceptor atom negatively charged. The electrostatic attraction between the opposite charges of the atoms establishes ionic bond. Ionic substances usually result from the bonding of metals on the far left side of the periodic table with nonmetal on the far right side of the periodic table (nobles gases excluded). For example, sodium chloride (Na+Cl-, common salt).
Covalent bond: formed by the sharing of a pair of electrons. Nonmetallic elements usually bond with one another by sharing pairs of electrons. For example, methanol (CH3OH).
Metallic bonding: each atom in is bonded to several neighbouring atoms. The bonding electrons have relatively free movement throughout the three dmensional structure of the metal. For example, the atoms of copper, Iron, and aluminum'
These chemical bonds that establish the structure of matter are expressions of the force pull.

Mind Warm Ups

The point "." is a mathematical abstraction. It has negligible size and a great sense of position. Consequently, it is front and center in abstract existential reasoning.

Problems by Peter O. Sagay

Conics

Ordinary Differential Equations (ODEs)

Vector Spaces

Real Numbers

What is Time?
St Augustine On Time
Bergson On Time
Heidegger On Time
Kant On Time
Sagay On Time
What is Space?
Newton On Space
Space Governance
Leaders
Imperfect Leaders
Essence Of Mathematics
Toolness Of Mathematics
The Number Line
Variables
Equations
Functions
The Windflower Saga
Who Am I?
Primordial Equilibrium
Primordial Care
Force Of Being
Forgiveness

Blessed are they that have not seen, and yet have believed. John 20:29

TECTechnic Logo, Kimberlee J. Benart | © 2000-2016 | All rights reserved | Founder and Site Programmer, Peter O. Sagay.