Gaseous.
At room temperature, it is in gaseous state. When it evolves it is red in colour and smells like burning sulphur.
A yellow solid is a physical property of sulfur. It describes the appearance and state of the element at room temperature and pressure. Chemical properties, on the other hand, involve how sulfur reacts with other substances.
The formation of sulfur dioxide from sulfur and oxygen is a chemical change because new substances with different chemical properties are produced. The reaction involves the rearrangement of atoms to form a new compound, rather than just a physical change in state or appearance.
The freezing point of sulfur is 115.21 degrees Celsius. At this temperature, sulfur transitions from a liquid state to a solid state.
At Room temperature, its a solid
At room temperature, it is in gaseous state. When it evolves it is red in colour and smells like burning sulphur.
Solid at room temperature and with a yellowish colour
formula for nitrogen dioxide gas and designate physical
A yellow solid is a physical property of sulfur. It describes the appearance and state of the element at room temperature and pressure. Chemical properties, on the other hand, involve how sulfur reacts with other substances.
Sulfur is a yellow solid at room temperature.
The formation of sulfur dioxide from sulfur and oxygen is a chemical change because new substances with different chemical properties are produced. The reaction involves the rearrangement of atoms to form a new compound, rather than just a physical change in state or appearance.
The freezing point of sulfur is 115.21 degrees Celsius. At this temperature, sulfur transitions from a liquid state to a solid state.
At Room temperature, its a solid
Yes. Any state changing is physical, unless it's a chrystal.
Sulfur is a solid at room temperature.
Heating sulfur is a physical change. You're not changing the chemical composition of the sulfur, just the temperature. Now if you heat it to its boiling point and and it changes to a vapor it's a chemical change because you've changed its state of matter.(Actually changing the state of matter of an object is still a physical change, as it does not change the chemical composition of the element)
The formula for sulfur oxide can vary based on the oxidation state of sulfur. For example, sulfur dioxide is represented by the formula SO2, while sulfur trioxide is represented by SO3.