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What are examples of what type of energy?
* thermal energy * chemical energy * nuclear energy * mechanical energy * magnetic energy * electrical energy * radiant energy * elastic energy * sound energy * luminous energy * gravitational energy
8 different types of energy?
here are some: -Linear Kinetic energy -Rotational Kinetic energy -Heat energy -Atomic energy -Electrical energy -Sound energy -Solar energy -Wind energy -Tidal energy -Wave energy -Hydro energy -Nuclear energy -Succesive ionization energy
What are the 8 forms of energy?
Kinetic Energy. Potential Energy . Mechanical Energy . Thermal Energy . Electromagnetic Energy . Electric Energy . Nuclear Energy . --Chemical Energy .
What are the various forms of energy?
chemical energy,light energy,gravitational energy,,sound energy,kinetic energy,electrical energy,elastic energy,and heat energy.hope that helps hehe
What is energy that is waiting called?
The energy associated with energy is known as "energy".
How the interconversion of body take place when a ball thrown upward reaches the ground after certain height?
There is no such thing as "interconversion of body" in this case. There are energy conversions; perhaps that's what you mean?
What are the two factors responsible for interconversion of matter?
temparature and pressure
What is the action of barium hydroxide in interconversion of fructose and glucose?
Concentration for equilibrium in fructose sugar
Mention any two ways by which interconversion of state of matter can be achieved?
Changes of pressure or temperature
What is interconversion of matter?
The interconversion of states of matter is used to : (i) generate electricity in thermal power plant.(ii) separate nitrogen and oxygen from air by liquefaction. (iii) prepare machine parts.(iv) prepare room fresheners.(v) prepare ice-creams.
Is solid liquid or gas a chemical or physical property?
interconversion between solid to liquid to gas is physical change
What is glucoregulation?
Carbohydrate metabolism denotes the various biochemical processes responsible for the formation, breakdown and interconversion of carbohydrates in living organisms.
The Cori cycle involves the interconversion of?
A very simplistic answer is: lactates are converted by glycolysis in glucose; the process is reversible.
Do the state of matter triangle show the interconversion of states of matter?
Yes, it is true. This triangle is useful for schools. See the link below for a figure.
What has the author William James Hamilton written?
William James Hamilton has written: 'Mechanism and stereochemistry studies in the synthesis and interconversion of oxaziridines and nitrones'
What do you know about interconversion of energy of kinetic energy and potential energy of free falling bodies?
The potential energy decreases as the body falls while the kinetic energy increases. P.E.=mass x gravity x height The shorter the height the less potential energy there is K.E.= 1/2 x mass x velocity^2 The velocity increases as the body falls and the bigger the velocity the more Kinetic Energy produced
How does energy become stored in ATP?
In biology, the ATP molecule has the role of "universal energy currency" of living organisms. This can be explained in thermodynamic terms, such as: "The endergonic processes(those that require the input of energy) that maintain the living state are driven by the exergonic reactions (those that release energy) of nutrient oxidation". This coupling is most often mediated through the synthesis of a few types of "high-energy" intermediates whose exergonic consumption drives endergonic processes. These intermediates, therefore, form a sort of universal free energy "currency" through which free energy-producing reactions "pay for" the free energy-consuming processes in biological systems. ATP, which occurs in all known life forms, is the "high-energy" intermediate that constitutes the most common cellular energy currency. ATP is consumed in a variety of ways, such as 1) Early stages of nutrient breakdown; 2) interconversion of nucleoside triphosphates; 3) physiological processes, and 4) additional phosphoanydride cleavage in highly endergonic reactions.
