• Skip to main content

    NITROGEN IS MORE IMPORTANT THAN YOU THINK

    NITROGEN IS MORE IMPORTANT THAN YOU THINK INTRODUCTION: In this article, we discuss nitrogen its important properties, and some incidents that happened in the past with people and instruments that deal with nitrogen. So, let's start: LIQUID NITROGEN INCIDENT THAT KILLED THREE TECHNICIAN OF NASA: The First space shuttle mission was named STS-1, the first orbital mission of NASA. This mission is uniquely described in this article due to the incident in which three technicians died due to inhalation of excess nitrogen of nitrogen. IMPORTANCE OF NITROGEN: Nitrogen is a crucial element in the periodic table due to many important properties. Nitrogen is a non-toxic & colorless gas that occupies 78% of the atmosphere. HISTORY OF NITROGEN: In the past, scientists had different opinions about this gas. For example, some scientists think it was brunt air because no combination occur in the presence of this element. Some believe it is very toxic and has no life because the environment fil...

    The Extraordinary Chemistry of Group 1 Element

     The Extraordinary Chemistry of Group 1 Element:

    Chemistry is very useful in our daily lives because everything around us is a build-up of atoms and

     these atoms compose themselves to build things that are very useful in technology which is why

     understanding chemistry is very important in everything from science to technology.

    Group 1elements:

    Group 1  elements are elements that are very important in many industries and also in our daily lives.

     The chemistry of these elements is also unique.


    So, let's start:


    Group 1 elements include lithium, sodium, potassium, rubidium, cesium, and francium. They all metals

     and have the following properties:


    1. These all are metals.


    2. They are soft and reactive.


    3. They are excellent conductor of heat and electricity.


    4. They react vigorously with water and have low melting and boiling points.


    5. They have low density.


    6. They are included in s-block elements.


    Group 1 Physical Properties:


    In physical properties of Group 1 elements include:


    1. Its softness:


    The elements of group 1 are very soft. They are cut knife very easily. They are softer than other metals

     in the periodic table.


    The softness of group elements generally increases as go down in a group. So, that is why potassium is

     much softer than lithium and so on as very goes down.


    2. Low density:


    The elements of group 1 have very low density. For example, lithium, sodium, and potassium are less

     dense than water.


    The density of group 1 elements increases as very go down in a group. The reason is that down

     increases the atomic number and that is why density increases.


    Lithium is the most lightweight and less dense as compared to metals in the periodic table.


    3. Shiny Appearances:


    When freshly cut appears shiny but then after some time darkens because of the oxidation process.


    4. Low melting and boiling point:


    These elements have generally low melting and boiling points. The element cesium has a melting point

     of 28.5 degrees Celcius.


    The melting and boiling point generally decreases as we go downward. This is because of the fact that

     with an increase in atomic number metallic bonds between metals decrease why the melting and

     boiling points generally decrease as we go down.


    5. Good conductor:


    They are good conductor of heat and electricity. Because of the presence of free electrons. 


    The conductivity increases as we go down in a group. Because of the increase of electrons and the

     increase in shielding effect.


    Lithium: 


    The most important use of lithium is in battery technology because of its small size and use as hydrogen

     storage.


    Lithium has huge potential in our daily lives as lithium-ion batteries have many limitations but these are

     the best to store electricity and in the future, we see a better version of this battery that transform

     humanity forever.


    Sodium:


    Sodium is a very important element not for the fact because table salt NaCl contains sodium but also

     because of its use in caustic soda. Caustic soda is useful for washing purposes.


    In countries like Canada after snow storms road cleaner trucks throw salt on the road when prevent it

     from de-icing agents.


    Sodium compounds are also used in the purification of water.


    Potassium:


    Potassium salts like potassium chloride and potassium citrate are used as a food flavoring. Potassium is

     also used in agriculture to form fertilizers and in fire extinguishing in the form of potassium

     bicarbonate.


    You all know about carbon dating but Is you know about radiometric well it is a process by which the

     age of rock and stone are identified in this process potassium is used.


    Rubidium:


    Rubidium is used in atomic clocks which is useful for accurate measuring of time. Rubidium is used in

     gas sensory and also used in solar cells.


    Conclusion:


    Every element has its unique properties but the beauty of the periodic table is that it assembles all those

     elements in such a configuration that their properties are periodic and predicted. Group 1 has similar

     properties but their application is innumerable and that is why they are useful in our daily lives.


     Group 1 elements are very important chemicals for life, technology,, and humanity.


    I hope you like this article. Please share this article with others. Thank you!


    Autor:


    This article is written by Noel Gill.


    Software used:


    In this article, Ahref free keyword generator and Grammarly is used.

    Comments

    Popular posts from this blog

    BOSONS: AND ITS SECRET POWER IN NATURE

    BOSONS: AND ITS SECRET POWER IN NATURE  Introduction: Nuclear and particle physics, one of the most powerful branches of physics, deals with nuclear and particles present in atoms. In Nuclear and particle physics, they are the "Standard model of particle physics". In the standard model of particle physics, two divisions divide the particle into two categories known as "Bosons and fermions" . Fermions: Fermions are the particles that are responsible for the formation of all the ordinary matter in this universe. We discuss this in detail in the previous article. Fermions Bosons: Bosons are particles that are responsible for all the basic forces in this universe. Forces are of multiple types but for all the forces we humans know scientists select four forces and say that there are "Basic forces of universe". These are as follows: 1. Weak nuclear force 2. Strong nuclear force 3. Gravitational force 4. Electromagnetic force Particles of that force: These forc...

    Quantum field theory: The most beautiful theory

    Quantum field theory: The most beautiful theory  Quantum field theory is a combination of quantum theory and field theory. It provides help in combining quantum mechanics, classical mechanics, and special relativity. Nature loves beauty. Like nature, science is also like a beautiful theory. The theory which gives answers to all the questions of nature. In the beginning, classical mechanics was the most beautiful theory because it could answer all phenomena of nature accurately. But as our technology improves we can deep dive into matter and energy. The logic of classical mechanics becomes unvaried and that is why we need another theory that can explain all the phenomena at the quantum level. Quantum mechanics was able to resolve all the questions of the quantum world and then now become the most beautiful theory of science. It explains many phenomena like  Quantum entanglement , quantum tunneling, and other such strange phenomena. But quantum mechanics also won't be able to ex...

    Wave particles duality: History of Light

     Wave particle duality: History of Light Light is a wave. Oh! sorry particle. Oh! sorry sorry both. Light is a particle or wave you decide after reading this article and leaving your answer in the comment after reading this article. Light According to Newton: Newton which is very famous in classical mechanics. Classic mechanics without Newton is not possible. Imagine the equations of motion and laws of motion which are very useful to describe any motion of a machine or for satellites. Our current technology is based on the phenomena of classical mechanics. And this can't be ignored how useful classical mechanics are in our daily lives. Newton thought that light is a particle to prove this Newton gave his corpuscles theory. According to Newton's corpuscles theory, "light is a particle called corpuscles". This theory is instrumental in describing most of the phenomena of light. But in many cases it fails, for example, to describe phenomena such as interference and polar...