It is a liquid because at room temperature the molecular structure of the substance wants to expand. When the substance expands it goes from being a solid to a liquid. This expansion takes place when the room is at the commonly know "room temperature"
Carbon tetrachloride (tetra-chloromethane, CCl4) is a NON-ionic fluid at room temperature, it is noncunducting fluid. NaCl is an ionic salt and will conduct electricity only when in molten state: then freely movable cations and anions are available.
In carbon tetrachloride molecule,four atoms of chlorine are present.
Ethanol has weaker intermolecular forces (hydrogen bonding) compared to carbon tetrachloride (London dispersion forces), which results in a lower melting point for ethanol. The hydrogen bonding in ethanol requires less energy to break compared to the London dispersion forces in carbon tetrachloride, leading to an easier transition from solid to liquid state in ethanol.
Hydrogen's physical state at room temperature is a gas.
At room temperature (around 25°C), carbon dioxide is a gas.
The state of carbon at standard room temperature and pressure is solid.
At standard pressure and temperature it is a solid.
Carbon tetrachloride (tetra-chloromethane, CCl4) is a NON-ionic fluid at room temperature, it is noncunducting fluid. NaCl is an ionic salt and will conduct electricity only when in molten state: then freely movable cations and anions are available.
In carbon tetrachloride molecule,four atoms of chlorine are present.
No, carbon tetrachloride does not conduct electricity as a solid because it is a nonpolar molecule, meaning it lacks charged particles. In order to conduct electricity, a substance needs to have charged particles that can move to carry the electric current.
gas
I believe that at room temperature, Carbon resides in the state of Minnesota.
Alkanes with a carbon chain of 5 up to 17 are liquids. So the set of liquid alkanes begins with pentane, C5H12.
Ethanol has weaker intermolecular forces (hydrogen bonding) compared to carbon tetrachloride (London dispersion forces), which results in a lower melting point for ethanol. The hydrogen bonding in ethanol requires less energy to break compared to the London dispersion forces in carbon tetrachloride, leading to an easier transition from solid to liquid state in ethanol.
Steel is not an element it is a metallic alloy containing iron, carbon and other additives. At standard temperature and pressure it is a solid.
Hydrogen's physical state at room temperature is a gas.
The state of matter is a physical property at any temperature.