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At room temperature and standard pressure the element Chlorine is a gas.
Boron is a solid at standard temperature and pressure.
At standard temperature and pressure (25 Celcius and 1 Atmosphere) it will be a liquid. Below -7.2 °C it will be solid Above 58.8 °C it will be a gas (Again assuming standard pressure of 1 Atmosphere)
Hydrogen can exist in different states of matter depending on the temperature and pressure. At room temperature and pressure, hydrogen is a gas. However, at very low temperatures, hydrogen can become a liquid, and at extremely high pressures, it can solidify into a metallic state.
At standard temperature (20C) and pressure, pure H2SO4 is in a liquid state.
When matter sublimes, it transitions directly from a solid to a gas phase without passing through the liquid phase. This process occurs when the substance's vapor pressure at that given temperature exceeds the atmospheric pressure, leading to the solid molecules escaping into the gas phase.
At standard temperature and pressure, chlorine will be a gas.
At STP (standard temperature and pressure), it is a diatomic gas, Cl2.
At Standard Ambient Temperature and Pressure, all the matter in a textbook is solid.
At standard temperature and pressure (STP) europium is a solid metal.
This is the state of matter for a material at a "standard" temperature and pressure, for example at 0 0C and 760 mm col. Hg.
At room temperature and standard pressure the element Chlorine is a gas.
Under standard conditions of temperature and pressure Iodine is a crystalline solid.
Boron is a solid at standard temperature and pressure.
At standard temperature and pressure (25 Celsius and 1 Atmosphere) Manganese (Mn) will be a solid.
At standard temperature and pressure (25 Celcius and 1 Atmosphere) it will be a liquid. Below -7.2 °C it will be solid Above 58.8 °C it will be a gas (Again assuming standard pressure of 1 Atmosphere)
Hydrogen can exist in different states of matter depending on the temperature and pressure. At room temperature and pressure, hydrogen is a gas. However, at very low temperatures, hydrogen can become a liquid, and at extremely high pressures, it can solidify into a metallic state.