Positive feedback mechanism.
Hydrogen is a gas in normal conditions.
Helium, hydrogen, and air are gases.
Macroscopic properties of water, such as its liquid state under normal conditions, its ability to dissolve polar substances and its high boiling point
CO, or carbon monoxide, is a gas at standard temperature and pressure. It exists in a gaseous state under normal conditions.
Based on the other elements in the same group, like helium and neon, you can predict that it is a gas under normal conditions, and it is not chemically reactive.
Assuming by "normal conditions" you mean room temperature at sea level, pure calcium would be in a solid state.
Under normal conditions it is a solid.
Hydrogen is a gas in normal conditions.
pregnancy
pregnancy
evaporation
Under normal conditions CuCl2 can exist in either a solid state or in aqueous solution.
It is because the freezing point of water is i.e. 0 degree Celsius is much below the normal temp. and it's boiling point i.e. 100 degree Celsius is much higher than the normal conditions. Therefore, water stays in liquid state at normal conditions.
Under normal conditions, +2 is cadmium's only positive oxidation state.
A mechanism called hemostasis helps the body maintain a steady state (but within a range and not exact). There are lot of examples: exercising causes the muscles to produce heat which causes you to sweat which causes your body temperature to drop back to close to the normal temperature.
Under normal conditions, chlorine is a gas. It occurs naturally as Cl2, and it has a yellowish color to it.
A mechanism called hemostasis helps the body maintain a steady state (but within a range and not exact). There are lot of examples: exercising causes the muscles to produce heat which causes you to sweat which causes your body temperature to drop back to close to the normal temperature.