Asbestos - used to be used for brake shoes and insulation, because it was so stable it kept strong mechanical properties at high temperature. It is so strong and inert, it keeps cutting through cysts our bodies form around it, and this causes / initiates cancer.
Asbestos - used to be used for brake shoes and insulation, because it was so stable it kept strong mechanical properties at high temperature. It is so strong and inert, it keeps cutting through cysts our bodies form around it, and this causes / initiates cancer.
Hydrocarbons compounds are highly flammable because they cóintain Hydrogen and carbon the carbon is an element which burns qith sooty flame carbon is highly combustible when heat and oxygen is supplied to it …so hydrocarbons are flammable ….examples of few flmàmable hydrocarbon is benzene etc
Hydrocarbons compounds are highly flammable because they cóintain Hydrogen and carbon the carbon is an element which burns qith sooty flame carbon is highly combustible when heat and oxygen is supplied to it …so hydrocarbons are flammable ….examples of few flmàmable hydrocarbon is benzene etc
It would be extremely unlikely to occur evolutionarily since trace inorganic compounds would be present and would have certain advantages over organic compounds for specific purposes, but it is probably possible for humans, sometime well into the future to create very simple organisms which do not contain any inorganic compounds, although I cannot think of any reason why they might wish to do so.
It would be extremely unlikely to occur evolutionarily since trace inorganic compounds would be present and would have certain advantages over organic compounds for specific purposes, but it is probably possible for humans, sometime well into the future to create very simple organisms which do not contain any inorganic compounds, although I cannot think of any reason why they might wish to do so.
The reason is quite simple, the inorganic compounds in general have very high bond energies. They need to be heated to an extremely high level to be melt. With the present methods of melting point calculation(Kjheldahl’s method or by using the instrument), which use H2SO4 and electricity can’t efficiently reach more than a few hundreds of degrees of temperature(may be 400–500). Thus it is practically very hard if not impossible to calculate the melting points of inorganic molecules.
The reason is quite simple, the inorganic compounds in general have very high bond energies. They need to be heated to an extremely high level to be melt. With the present methods of melting point calculation(Kjheldahl’s method or by using the instrument), which use H2SO4 and electricity can’t efficiently reach more than a few hundreds of degrees of temperature(may be 400–500). Thus it is practically very hard if not impossible to calculate the melting points of inorganic molecules.
Who told you this? Do you consider hydrogen gas as flammable? What about white phosphorus? Solid lithium metal is also flammable. ETC.
Who told you this? Do you consider hydrogen gas as flammable? What about white phosphorus? Solid lithium metal is also flammable. ETC.
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The designation of chemical compounds as organic or inorganic is totally man made with no real correspondence to the physical world.
There exist dangerous substances containing carbon as well as others not containing carbon.
The designation of chemical compounds as organic or inorganic is totally man made with no real correspondence to the physical world.
There exist dangerous substances containing carbon as well as others not containing carbon.
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Water - the universal solvent
Asbestos - used to be used for brake shoes and insulation, because it was so stable it kept strong mechanical properties at high temperature. It is so strong and inert, it keeps cutting through cysts our bodies form around it, and this causes / initiates cancer.
Water - the universal solvent
Asbestos - used to be used for brake shoes and insulation, because it was so stable it kept strong mechanical properties at high temperature. It is so strong and inert, it keeps cutting through cysts our bodies form around it, and this causes / initiates cancer.
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Hydrocarbons compounds are highly flammable because they cóintain Hydrogen and carbon the carbon is an element which burns qith sooty flame carbon is highly combustible when heat and oxygen is supplied to it …so hydrocarbons are flammable ….examples of few flmàmable hydrocarbon is benzene etc
Hydrocarbons compounds are highly flammable because they cóintain Hydrogen and carbon the carbon is an element which burns qith sooty flame carbon is highly combustible when heat and oxygen is supplied to it …so hydrocarbons are flammable ….examples of few flmàmable hydrocarbon is benzene etc
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It would be extremely unlikely to occur evolutionarily since trace inorganic compounds would be present and would have certain advantages over organic compounds for specific purposes, but it is probably possible for humans, sometime well into the future to create very simple organisms which do not contain any inorganic compounds, although I cannot think of any reason why they might wish to do so.
It would be extremely unlikely to occur evolutionarily since trace inorganic compounds would be present and would have certain advantages over organic compounds for specific purposes, but it is probably possible for humans, sometime well into the future to create very simple organisms which do not contain any inorganic compounds, although I cannot think of any reason why they might wish to do so.
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The reason is quite simple, the inorganic compounds in general have very high bond energies. They need to be heated to an extremely high level to be melt. With the present methods of melting point calculation(Kjheldahl’s method or by using the instrument), which use H2SO4 and electricity can’t efficiently reach more than a few hundreds of degrees of temperature(may be 400–500). Thus it is practically very hard if not impossible to calculate the melting points of inorganic molecules.
The reason is quite simple, the inorganic compounds in general have very high bond energies. They need to be heated to an extremely high level to be melt. With the present methods of melting point calculation(Kjheldahl’s method or by using the instrument), which use H2SO4 and electricity can’t efficiently reach more than a few hundreds of degrees of temperature(may be 400–500). Thus it is practically very hard if not impossible to calculate the melting points of inorganic molecules.
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An inorganic compound is typically a chemical compound that lacks carbon–hydrogen bonds, that is, a compound that is not an organic compound.
inorganic = not organic.
An inorganic compound is typically a chemical compound that lacks carbon–hydrogen bonds, that is, a compound that is not an organic compound.
inorganic = not organic.
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