They are usually much easier to write, and they show what happens to the atoms. Also, it looks more official and scientific. (-:
The chemical symbol for iodine is I. So for compounds like silver iodide, we denote them as AgI. Abbreviations make it easy for us to represent and identify elements in chemical formula and equations.
Balancing equations is the act of adding coefficients (the large font number in from of the formulae) to the reactants (what will react) and the products (what is formed by the reaction) so that no atoms are spontaneously created or destroyed in the reaction; what goes in has to equal what comes out. If you'd ever like to get into chemistry, you'll need to know how to balance chemical equations; it's a very basic skill used throughout almost all of chemistry.
An atomic symbol is generally thought of as an element's symbol on the periodic table. For example, the atomic symbol for hydrogen is "H" and the atomic symbol for iron is "Fe." A chemical symbol most likely refers to different things present in the formulas and equations of chemistry. For example, in a chemical equation, the symbol for "yields" is the arrow: ---> Or the symbol for change is the greek letter delta, which looks like a little triange.
Basically, young 'scientists' like 11 year olds find it difficult to understand the chemical symbols from the periodic table. So the symbols for respiration stand for; Glucose+oxygen -- carbon dioxide + water + energy.
a chemical is like a reaction
Scientists determined that electrons do not orbit the nucleus like planets. Instead, electrons can be anywhere in a cloud like region around the nucleus
tv show character like LabRats
It is a lot easier and quicker. Especially if scientists cannot draw (like me)
hydrogen gas is produced through chemical reactions like: Mg+H2SO4=H2+MgSO4 The general equation is : metal + acids = hydrogen + salt.
a non uncontroled subject like water
the strontium symbol in a periodic table is sr.
Most functions are not like linear equations.
That the best description of gravity in our Universe is through his equations of general relativity. Using these equations, scientists can correctly predict the orbit of Mercury as well as the apparent bending of light from stars near a large amount of mass (like our Sun).
The chemical symbol for iodine is I. So for compounds like silver iodide, we denote them as AgI. Abbreviations make it easy for us to represent and identify elements in chemical formula and equations.
A scientist uses it when measuring chemicals
it happened like normal hurricanes happen, but instead of getting smaller when hitting land, it somehow got bigger, scientists are working it out.
Balancing equations is the act of adding coefficients (the large font number in from of the formulae) to the reactants (what will react) and the products (what is formed by the reaction) so that no atoms are spontaneously created or destroyed in the reaction; what goes in has to equal what comes out. If you'd ever like to get into chemistry, you'll need to know how to balance chemical equations; it's a very basic skill used throughout almost all of chemistry.