Does my poem below have these things "explain why it is where it is on the periodic table, what element(s) it might combine with to make a compound/molecule, and finally, WHY it would interact with that other element"
Here is the Poem Below:
“What’s your element my name?”
“My elements name is….
"Fluorine"
That’s my elements name comes from fluorum, “to flow”,
“How are you placed on the periodic table?”
“My family is the periodic table,
My symbol is F, and my row is 2,
I’m in group number 17,
My atomic number is 9 as same number for the number of protons and electrons,
My atomic mass is 3 more than a fifth of Bromine.”
“Why are how placed, like that on the periodic table?”
“The periodic table of the chemical elements is table with the chemical elements,
Arranged with its properties we have.”
“Are you a metal, non-metal, or a metalloid?”
We are known as the nonmetals cluster,
Sometimes my homies and I are called the halogen gang.
“What are your Physical Properties….Fluorine?”
My atomic mass average is 18.9984
“Oh!”
Did I mention my race?
Like a rotten banana, yellowy-brown,
I melt at is-363oF,
I get toasty at -306oF,
Obviously my standard state is a gas.
And when I react, my oxidation number goes….
LOW… LOW…LOW
“What’s an atom, Fluorine…?”
“Well…you are talking to an atom right now!”
An atom is the basic elements of anything,
We consist of protons, neutrons and electrons,
Protons are always with positive thinking,
Electrons are with negative thinking,
Neutron has to charge of thinking.”
“What elements, you might combine with to make other compounds/molecules?”
My elements and its compounds are used in producing….
Uranium and many fluorine chemicals,
This compound Hydrofluoric acid is used for etching the glass,
Fluorochloro-hydrocarbons are used in air conditioning and refrigeration.
I am also mixed in with water for drinking water,
“Why?”
To prevent dental cavities in,
HUMANS!!!
“Why would this interact with this other elements?”
Humans like to do many experiments on us
They had created other generations of me
“How is that?”
“Well…Hello “Fluorochloro” and “Hydrofluoric”
They always have my name in some sort of way.
Humans just don’t mix me in other elements
They combine all type of elements.
When we get combined with each other, we are called,
“COMPOUNDS”
“Oh…”
“Where can I find you?”
Alone as a gas, I’m a poison; but don’t worry:
My 10 neutrons are usually shared in a hurry
With hydrogen, carbon and H2O, too,
Non-Metals and even the decent gas crew.
You can find me in acids, in toothpaste, in salts, and
MUCH! MUCH! MORE.
But mostly, you will find me doing the CFC waltz.
Based on the information provided in the poem, the element mentioned is Fluorine. To understand why Fluorine is where it is on the periodic table, we need to look at its atomic number and electron configuration.
Fluorine has an atomic number of 9, which means it has 9 protons and 9 electrons. It belongs to Group 17, also known as the halogens, in the second row of the periodic table. Group 17 elements have 7 valence electrons, which makes them highly reactive. Fluorine is a non-metal and is placed in this group because it shares similar properties with other halogens like chlorine, bromine, iodine, and astatine.
Fluorine can combine with other elements to form compounds or molecules. In the poem, it mentions combining with hydrogen to form hydrofluoric acid, which is used for etching glass. Fluorine can also combine with carbon to form fluorocarbons, which are used in air conditioning and refrigeration. Additionally, it can be mixed with water for drinking water to prevent dental cavities. Fluorine forms bonds with other elements by gaining one electron to achieve a stable electron configuration.
The reason why Fluorine interacts with other elements, such as hydrogen and carbon, is due to its high electronegativity. Fluorine has the highest electronegativity among all the elements, which means it strongly attracts electrons. This makes it highly reactive and prone to forming bonds with other elements. Fluorine's electronegativity allows it to pull electrons towards itself when forming compounds, creating stable molecules.
In terms of physical properties, Fluorine is a pale yellow gas with an atomic mass of 18.9984. It has a melting point of -363°F and a boiling point of -306°F, indicating that it exists as a gas at standard conditions. Fluorine has a low oxidation number when it reacts, meaning it commonly gains an electron to achieve a full outer shell.
In conclusion, Fluorine is placed in Group 17 of the periodic table due to its atomic number and electron configuration. It is a highly reactive non-metal that can form compounds with other elements, such as hydrogen and carbon. Fluorine's interactions with other elements are influenced by its high electronegativity, and it is commonly found in various compounds and applications such as acids, toothpaste, salts, and even in the production of CFCs.