Single replacement: A + BC ==> AC + B
Double replacement: AB + CD ==> AD + CB
Synthesis: A + B ==> C
Degradation: C ==> A + B
Combustion: CnH2n+2 + 2nO2 ==> nCO2 + 2nH2O
Such a list is called a reactivity series or an activity series. It is used to predict the likelihood of different elements or metals undergoing specific chemical reactions based on their reactivity.
You can find a list of highly exothermic reactions in chemical databases, textbooks, or research articles on topics such as combustion, neutralization, or oxidation. These reactions release a large amount of heat energy as a byproduct, making them useful in applications like explosives or fuel production.
The chemical formula for methane is CH4, representing one carbon atom and four hydrogen atoms.
Chemical energy stored in wood can be transformed into heat and light energy by burning it in a fire. Nuclear energy stored in radioactive materials can be transformed into heat and electricity through nuclear fission reactions in a nuclear power plant.
CHEMICAL reactions can be classified into categories;SYNTHESIS REACTIONIn a synthesis reaction two or more simple substances combine to form a more complex substance. Two or more reactants yielding one product is another way to identify a synthesis reaction.For example, simple hydrogen gas combined with simple oxygen gas can produce a more complex substance-----water!The chemical equation for this synthesis reaction looks like:reactant + reactant -------> productTo visualize a synthesis reaction look at the following cartoon:In the cartoon, the skinny bird (reactant) and the worm (reactant) combine to make one product, a fat bird.DECOMPOSITION REACTIONIn a decomposition reaction a more complex substance breaks down into its more simple parts. One reactant yields 2 or more products. Basically, synthesis and decomposition reactions are opposites.For example, water can be broken down into hydrogen gas and oxygen gas. The chemical equation for this decomposition reaction looks like:reactant -------> product + productTo visualize a decomposition reaction look at the following cartoon:In this cartoon the egg (the reactant), which contained the turtle at one time, now has opened and the turtle (product) and egg shell (product) are now two separate substances.SINGLE REPLACEMENT REACTIONIn a single replacement reaction a single uncombined element replaces another in a compound. Two reactants yield two products. For example when zinc combines with hydrochloric acid, the zinc replaces hydrogen. The chemical equation for this single replacement reaction looks like:reactant + reactant ---------> product + productTo visualize a single replacement reaction look at the following cartoon:Notice, the guy in the orange shirt steals the date of the other guy. So, a part of one of the reactants trades places and is in a different place among the products.DOUBLE REPLACEMENT REACTIONIn a double replacement reaction parts of two compounds switch places to form two new compounds. Two reactants yield two products. For example when silver nitrate combines with sodium chloride, two new compounds--silver chloride and sodium nitrate are formed because the sodium and silver switched places. The chemical equation for this double replacement reaction looks like:reactant + reactant ---------> product + productTo visualize a double replacement reaction look at the following cartoon:ENERGY OF CHEMICAL REACTIONSChemical reactions always involve a change in energy. Energy is neither created or destroyed. Energy is absorbed or released in chemical reactions. Chemical reactions can be described as endothermic or exothermic reactions.Endothermic ReactionsChemical reactions in which energy is absorbed are endothermic. Energy is required for the reaction to occur. The energy absorbed is often heat energy or electrical energy. Adding electrical energy to metal oxides can separate them into the pure metal and oxygen. Adding electrical energy to sodium chloride can cause the table salt to break into its original sodium and chlorine parts.Exothermic ReactionsChemical reactions in which energy is released are exothermic. The energy that is released was originally stored in the chemical bonds of the reactants. Often the heat given off causes the product(s) to feel hot. Any reaction that involves combustion (burning) is an exothermic chemical reaction.
too many to list here. here are a few:protonsneutronsmesonsneutrinosW bosonsZ bosonsphotons
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Such a list is called a reactivity series or an activity series. It is used to predict the likelihood of different elements or metals undergoing specific chemical reactions based on their reactivity.
The three types of energy used to produce electricity are mechanical energy (from motion), chemical energy (from reactions), and radiant energy (from sunlight). Devices that provide these types of energy include generators (mechanical energy), batteries (chemical energy), and solar panels (radiant energy).
Please consult for example the Chemical Abstracts Registry or any catalog of chemical compounds.
kinetic, thermal, potential, chemical
An activity series is a list of elements organized according to the ease in which an element can undergo certain chemical reactions.
1- defends the body from disease 2- controls the chemical reactions 3- stores nutrients and acts as a chemical messanger
Chemical boding: covalent, ionic, hydrogen bond.
An endothermic reaction is any chemical reaction that absorbs heat from its environment. Here's a list of examples of endothermic reactions. You can use these when asked to cite an example or to get ideas to set up a demonstration of an endothermic reaction or process.
You can find a list of highly exothermic reactions in chemical databases, textbooks, or research articles on topics such as combustion, neutralization, or oxidation. These reactions release a large amount of heat energy as a byproduct, making them useful in applications like explosives or fuel production.
All cells do not contains the same types enzymes.