There are so many details about atoms that can be discussed. This is due to the fact that they are simplest unit of any object and thus are considered to be the building blocks of matter.
All rock, with few exceptions (like obsidian), is made up of minerals.
To figure out what would happen to the electrons when two atoms are placed together, details to electronic configuration of both the participating atoms will be required. For example if interacting atoms are of inert gas then no electrons will be shared or transferred. Refer to the periodic table of elements to get the idea about the electronic configuration of different elements.
I'm pretty sure there are 3 atoms because in Li2o, there are 2 atoms in lithium and 1 atom in oxygen.
A chemical formula that shows the arrangement of atoms and their bonds. As the previous guy said, it is a representation that shows the arrangement of atoms and their bonds. Types are: 1. Lewis structures...simple representation which do not show the arrangement of atoms in the 3-d space. Hence generally used for small molecules. for the 3-d arrangement, we have Fisher, Newman, and Haworth projections.
A formula like C3H6O2 only provides the ratio of atoms in a molecule, making it ambiguous to determine the specific arrangement of atoms within the molecule. This limited information prevents the clear identification of the compound without additional details, such as structural or functional group information.
nigg3rs
It has to do with how the atoms are connected. A full explanation of the details would be quite long, but basically the atoms in diamond are connected strongly in three dimensions but the atoms in graphite are connected strongly in only two dimensions.
There are 24 atoms because C6 stands for 6 carbon atoms, H12 stands for 12 hydrogen atoms, and O6 stands for 6 oxygen atoms. C6H12O6 means Glucose, a.k.a "sugar for cells". If you want more details, you can look at the periodic table in Chemistry.
About 378,000 years after the Big Bang. For more details, check the Wikipedia article on "Recombination (cosmology)".
It sure can; basically, each element has radioactive isotopes. Check the Wikipedia article "isotopes of oxygen" for more details.
Lithium hydroxide has three atoms in it, one each of lithium, hydrogen, and oxygen. Also note that lithium is Li, not LI. Little details matter to chemists. A capital I means iodine.
All rock, with few exceptions (like obsidian), is made up of minerals.
Br₃I₇ refers to a chemical compound composed of three bromine (Br) atoms and seven iodine (I) atoms. It is an organobromine compound, and its molecular structure indicates a complex interaction between the bromine and iodine atoms. Such compounds can have various applications in organic synthesis and as reagents in chemical reactions. However, specific details about its properties or uses may require further research.
To figure out what would happen to the electrons when two atoms are placed together, details to electronic configuration of both the participating atoms will be required. For example if interacting atoms are of inert gas then no electrons will be shared or transferred. Refer to the periodic table of elements to get the idea about the electronic configuration of different elements.
Honey is not an primary element. It does not have consistent properties, such as the exact number of atoms or specific molecule form. Different types of honey have unique composition. Even the amount of water absorbed into the honey would significantly vary the number of hydrogen atoms in each honey sample. See related links for specific details about honey Composition and properties.
I'm pretty sure there are 3 atoms because in Li2o, there are 2 atoms in lithium and 1 atom in oxygen.
There are 20 atoms and there are 6 Carbon atoms, 8 Hydrogen atoms, 6 Oxygen atoms.