CHEMICAL REACTIONS IN DAILY LIFE
33 chemical reaction examples for chemistry in everyday life
EASY GOING,,ENJOYING
There are a wide range of products that you use every day, which is
developed with the application of a chemical reaction. for example,
toothpaste, soap, shampoo, cleaning agent, etc., are all the results of
chemical reactions.
Examples of chemical reactions for students study chemistry or kids in
basic learning schools is important tool o understand chemistry
equations and to better recognize the importance of chemistry and
chemical reactions in everyday life also people who want to to be aware
of being the subject of their common interest, it is interesting to
analyze the extremely visual experiences happen in the day-to-day life
by chemical reactions.
Below are some of the most profound chemical reactions, which we face in everyday life:
Examples of chemical reactions in our human body and biological processes:
1. Reactions in Organic chemistry are necessary for medical fields.
All organisms consist of an abundant amount of organic material. The organic compounds in various materials are a vital and important element to sustain life. Proteins, carbohydrates and fats are organic compounds contribute to the structure of the human body. Organic compounds are enzymes and incentive materials which are essential for biological processes.
2. Medication is also composed mainly of organic compounds.
Your doctor or pharmacist what would be effective if it is not familiar
with the structure and function of the organic compounds of organic
chemistry, pharmaceuticals and should be understood properly to describe
the patient's medication. Many medical disorders occur due to disabling
of organic molecules in the body: for example, hemophilia. This disease
affects the rights due to the lack in caroxyglutamic acid in the body.
This organic compound is essential for blood clotting inside the body.
People who do not have this article may die due to a small cut or
bruise. This shows the importance of organic compounds in the body.
Carbon monoxide poisoning is a very simple example, but very toxic, so
that some organic compounds in small quantities can cause death. Doctors
must be able
3. The importance of chemistry reactions in the treatment of patients: Organic chemistry is the basis of pharmacy because drug design or simulation medicine natural or improve the medication depends on the chemical organic and the extent of his understanding of this article and he made a new drug or invention and particularly effective and which have few side effects and complications generates millions and made fortunes may be equivalent to the budget of developing countries as a whole
And this is a very important science may call it as Drug design
And depends on the understanding of pharmaceutical chemistry
3. The importance of chemistry reactions in the treatment of patients: Organic chemistry is the basis of pharmacy because drug design or simulation medicine natural or improve the medication depends on the chemical organic and the extent of his understanding of this article and he made a new drug or invention and particularly effective and which have few side effects and complications generates millions and made fortunes may be equivalent to the budget of developing countries as a whole
And this is a very important science may call it as Drug design
And depends on the understanding of pharmaceutical chemistry
4. The process of breathing in the man's lungsDo you know linked
to indulge in physical movements with a chemical reaction? This process
requires energy, which resulted in a through aerobic respiration. Over
here, breathing helps breaks down glucose (energy source) to carbon
dioxide, water, and energy in the form of ATP (adenosine triphosphate).
Is a balanced representation of cellular respiration equation as
follows:
C6H12O6 + 6O2 → 6CO2 + 6H2O + energy (36 ATPs)
Examples of chemical reactions in micro-organisms, plants, and cells1.Anaerobic respiration processes in micro-organisms our body cells run out of oxygen and breathe anaerobically. This is the cause of lactic acid synthesis, muscle cramps cause, Anaerobic respiration in some types of bacteria, yeast and other organisms. The aerobic type, it breaks down glucose in the absence of oxygen, leading to the production of carbon dioxide, ethanol, and energy. Anaerobic respiration equation is:
C6H12O6 → 2C2H5OH + + 2CO2 energy
2. Photosynthesis of food components in living cells Photosynthesis is the process by which green plants make their own food. This occurs in the presence of sunlight and other raw materials, namely carbon dioxide and water. Harvests pigment chlorophyll and light energy from the sun, which is then converted to glucose by the phenomenon of photosynthesis. In short, it is the opposite of aerobic respiration. Photosynthesis is the equation:
Chemical reaction examples used in industrial processes1. Steel process inherent in iron wherever found Often, I noticed a layer of rust on the iron-plated surfaces, which gradually leads to the disintegration of iron. This is not something, but the phenomenon of a chemical called rust. In this case, iron (metal is very reactive) combines with oxygen in the presence of water (more specifically, the moisture in the atmosphere), resulting in the formation of iron oxides. The chemical reaction can rust behind simply represents the chemical equation as follows:
FE + O2 + H2O → Fe2O3. XH2O
Chemical reaction examples used in your home and everyday life
C6H12O6 + 6O2 → 6CO2 + 6H2O + energy (36 ATPs)
Examples of chemical reactions in micro-organisms, plants, and cells1.Anaerobic respiration processes in micro-organisms our body cells run out of oxygen and breathe anaerobically. This is the cause of lactic acid synthesis, muscle cramps cause, Anaerobic respiration in some types of bacteria, yeast and other organisms. The aerobic type, it breaks down glucose in the absence of oxygen, leading to the production of carbon dioxide, ethanol, and energy. Anaerobic respiration equation is:
C6H12O6 → 2C2H5OH + + 2CO2 energy
2. Photosynthesis of food components in living cells Photosynthesis is the process by which green plants make their own food. This occurs in the presence of sunlight and other raw materials, namely carbon dioxide and water. Harvests pigment chlorophyll and light energy from the sun, which is then converted to glucose by the phenomenon of photosynthesis. In short, it is the opposite of aerobic respiration. Photosynthesis is the equation:
Chemical reaction examples used in industrial processes1. Steel process inherent in iron wherever found Often, I noticed a layer of rust on the iron-plated surfaces, which gradually leads to the disintegration of iron. This is not something, but the phenomenon of a chemical called rust. In this case, iron (metal is very reactive) combines with oxygen in the presence of water (more specifically, the moisture in the atmosphere), resulting in the formation of iron oxides. The chemical reaction can rust behind simply represents the chemical equation as follows:
FE + O2 + H2O → Fe2O3. XH2O
Chemical reaction examples used in your home and everyday life
you can find a list of chemical reactions in everyday life. If you
consider cooking, tension, champagne or burning, and there is a chemical
reaction accompanied the daily operations. Thus, it would not be wrong
to say learning chemistry and chemical reactions begins at home.
1. Propane grill that you use in your vacation times or weekend.
I've been ready to meat than ever in a propane stove? The meat is cooked
and put it on the stove with the help of thermal energy released after
the combustion of propane gas. Thus, propane is a reactant that when
burned with the help of oxygen gives the thermal energy and other
products. Check the balanced equation of interaction that take place in
combustion of propane gas stove:
C3H8 + 5O2 → 4H2O + + 3CO2 energy
2. Saponification reaction that used to produce soap products and shampoos
3. Solidification reaction used to solidify oils to produce the Ghee.
4. Reactions of forming the table salt: sodium chloride synthesis from its components by synthesis reactions, sodium chloride is called table salt.
Chemical reaction studied in classes of chemistry1. Chemical reaction between the candle wax and oxygen in the air:
Represents the combustion of methane and oxygen the bonds between atoms in the reactants are broken, the atoms rearrange, and new bonds between the atoms are formed to make the products; and note that atoms are created and not destroyed.
C3H8 + 5O2 → 4H2O + + 3CO2 energy
2. Saponification reaction that used to produce soap products and shampoos
3. Solidification reaction used to solidify oils to produce the Ghee.
4. Reactions of forming the table salt: sodium chloride synthesis from its components by synthesis reactions, sodium chloride is called table salt.
Chemical reaction studied in classes of chemistry1. Chemical reaction between the candle wax and oxygen in the air:
Represents the combustion of methane and oxygen the bonds between atoms in the reactants are broken, the atoms rearrange, and new bonds between the atoms are formed to make the products; and note that atoms are created and not destroyed.
2. Nuclear reactions used to produce nuclear energy by nuclear fusion reactions and atomic fission reactions
Some chemical compounds may be used as a treatment or common recipes, including...
1 – Ammonia: is an example of simple and most used chemical compounds. It is the abode of the nerves and skin softener and softener and remover of all odors by adding 20 grams of it to 2 liters of water.
2 - Coal and natural sodium chloride downtrodden. Used as a treatment for bleaching teeth and wash teeth twice a day.
3 - Sodium bicarbonate is used as a treatment for female bee stings because it is characterized by the impact of acidic
4 - vinegar or lemon juice is used as a treatment for wasp bees because it has the effect of alkaline
5 - a solution of salt and vinegar diluted... Is used to cleanse and strengthen teeth and gums
6 - salt has several roles in the kitchen as:
Some chemical compounds may be used as a treatment or common recipes, including...
1 – Ammonia: is an example of simple and most used chemical compounds. It is the abode of the nerves and skin softener and softener and remover of all odors by adding 20 grams of it to 2 liters of water.
2 - Coal and natural sodium chloride downtrodden. Used as a treatment for bleaching teeth and wash teeth twice a day.
3 - Sodium bicarbonate is used as a treatment for female bee stings because it is characterized by the impact of acidic
4 - vinegar or lemon juice is used as a treatment for wasp bees because it has the effect of alkaline
5 - a solution of salt and vinegar diluted... Is used to cleanse and strengthen teeth and gums
6 - salt has several roles in the kitchen as:
• helps to remove adherent dough on a skateboard or by hand.
• placed on the water boil eggs to prevent the eggs from cracking.
• To remove the smell of garlic and onions from your hands
• to extinguish burning oil...
7 - to get rid of ink stains you use lemon juice or vinegar or corn oil until they disappear then wash
8 - a lot of chemical reactions occur while cooking and a lot of those interactions lead to a (food poisoning) as a way of keeping a food item and the type of blood that saves
9 - Biochemistry in the human body happen a lot of vital chemical reactions (enzymes)
• placed on the water boil eggs to prevent the eggs from cracking.
• To remove the smell of garlic and onions from your hands
• to extinguish burning oil...
7 - to get rid of ink stains you use lemon juice or vinegar or corn oil until they disappear then wash
8 - a lot of chemical reactions occur while cooking and a lot of those interactions lead to a (food poisoning) as a way of keeping a food item and the type of blood that saves
9 - Biochemistry in the human body happen a lot of vital chemical reactions (enzymes)
An,MR
Can you explain about Acid-Base Reactions- Everyday Chemical Reaction??
BalasHapusok heni
HapusAcid can be easily encountered in everyday life. In food, drinks, fruits, rain water even inside our bodies. Based on the origin, the acid is grouped into 2 groups, namely organic acids and mineral acids.
Organic acids derived from natural sources (plants and animals), are generally weakly acidic. Examples of organic acids are citric acid contained in citrus fruits, formic acid is present in the bites / stings of ants and the sting of bees and acetic acid contained in vinegar. Mineral acids are acidic compounds such as hydrochloric acid (gastric acid) contained in the human and animal digestive system. Many mineral acids are also used by humans to meet daily needs and are generally strongly acidic. Examples of mineral acids are hydrochloric acid widely used in industry, sulfuric acid for car batteries and fluoride acids commonly used in glass factories.
Based on its strength acid is divided into two types, namely strong acid and weak acid. The strength of an acid can be determined by its ability to release a positively charged hydrogen ion (H + ion) when dissolved in water. The more H + ions released, the stronger the acid.
As with acid, alkaline substances can also be easily encountered in everyday life. Slippery and bitter taste is an easy way to recognize alkaline substances. Some examples of commonly used basic substances are:
Sodium hydroxide / caustic soda and soda ash and potassium hydroxide, as household cleaning raw materials, such as bath soap, laundry soap, detergents, bleach and floor cleaners
Magnesium hydroxide and aluminum hydroxide, contained in gastric pain medication (antacids)
Ammonia, for disinfectant solvents (prevention of infection) and urea fertilizer raw materials
Just like acid, bases are also differentiated into strong bases and weak bases. The strength of a base can be determined from its ability to release negatively charged hydroxide ions (OH-ions) when dissolved in water. The more OH-ions released, the stronger the properties of the base. All of the basic chemical formulas generally contain OH-groups.
Please give explanation about Chemical reaction between the candle wax and oxygen in the air
BalasHapusIn addition to living creatures, it turns out the fire also requires oxygen tablets. Through this fascinating game we can prove that fire requires air to keep the fire afloat. Just as living things need oxygen to survive.
HapusMaterials and tools
Candle
Plate
Glass
Matches
Dye
Ways of working
Light a candle and place it on a plate.
Take a glass and cover the candle with a glass.
See what happens ... yes ... it's dead. To enliven the atmosphere if done in the classroom before the candle is closed ask the students to do hypoitesa with various questions.
After the above experiment we proceed with the following experiment where we can prove that there is indeed air that runs out when the candle is alive.
Still with the candle and plate, water input into the dish.
Give a little dye to facilitate the observation.
Turn on the candle.
Take a glass and cover the candle with a glass. Watch what happens. True water in the plate is sucked into the glass.
Explanation
Rising water into a glass proves that the air is lost because it is used in the burning process so that empty space is replaced by water.
hey maya.... Can you Give me examples of common chemical reactions in daily life?
BalasHapushi iin,,ok
HapusPhotosynthesis Is a Reaction To Make Food
Aerobic Cellular Respiration Is a Reaction With Oxygen
Anaerobic Respiration - Everyday Chemical Reactions
Combustion Is a Type of Chemical Reaction
etc.
Please explain how a organic compound reacts to our body?
BalasHapusC. Mechanism of Mercury Working In The Body
HapusMercury forms various inorganic compounds (such as oxides, chlorides, and nitrates) and organic (alkyl and aryl). Metals mercury and mercury vapor belong to inorganic mercury (Palar, 2004). The mechanism of mercury in the body is as follows:
1. Absorbtion
Mercury enters the body primarily through the lungs in the form of steam or dust. About 80% of the mercury vapor being erased will be absorbed. The absorption of metal mercury ingested from the gastrointestinal tract is only negligible in small quantities, whereas water soluble mercury compounds are easily absorbed. Some organic and inorganic mercury compounds can digest only small quantities that can be ignored, whereas water soluble mercury compounds are easily absorbed. Some organic and inorganic mercury compounds may be diabetic through the skin.
2. Biotransformation
The mercury element absorbed rapidly dioxidadi into Hg2 + ions, which have affinity attached to the group's rich substrates. Mercury is found in the kidneys (bound to metalotionen) and the liver. Mercury can pass through the blood-brain and placenta. Methyl mercury has a strong affinity for the brain. About 90% of blood mercury is present in erythrocytes. Metabolism of a compound of alkyl mercury is similar to metabolism of metal mercury or its inorganic compounds. Phenyl and methoxyethyl mercury compounds in metabolism slowly.
3. Excretion
While the elements of mercury and its inorganic compounds are eliminated more by way of urine than feces, inorganic mercury compounds are mainly excreted through feces up to 90%. The biological half-life of inorganic mercury approaches 6 weeks.
what is Photosynthesis of food components in living cells?
BalasHapusPhotosynthesis is the process by which green plants make their own food. This occurs in the presence of sunlight and other raw materials, namely carbon dioxide and water. Harvests pigment chlorophyll and light energy from the sun, which is then converted to glucose by the phenomenon of photosynthesis
HapusSome chemical compounds may be used as a treatment or common recipes, including.?
BalasHapus1 – Ammonia: is an example of simple and most used chemical compounds. It is the abode of the nerves and skin softener and softener and remover of all odors by adding 20 grams of it to 2 liters of water.
Hapus2 - Coal and natural sodium chloride downtrodden. Used as a treatment for bleaching teeth and wash teeth twice a day.
3 - Sodium bicarbonate is used as a treatment for female bee stings because it is characterized by the impact of acidic
4 - vinegar or lemon juice is used as a treatment for wasp bees because it has the effect of alkaline
5 - a solution of salt and vinegar diluted... Is used to cleanse and strengthen teeth and gums
6 - salt has several roles in the kitchen as:
• helps to remove adherent dough on a skateboard or by hand.
• placed on the water boil eggs to prevent the eggs from cracking.
• To remove the smell of garlic and onions from your hands
• to extinguish burning oil...
7 - to get rid of ink stains you use lemon juice or vinegar or corn oil until they disappear then wash
8 - a lot of chemical reactions occur while cooking and a lot of those interactions lead to a (food poisoning) as a way of keeping a food item and the type of blood that saves
9 - Biochemistry in the human body happen a lot of vital chemical reactions (enzymes)