A pure substance can boil at -100°C if its boiling point is indeed at that temperature under standard atmospheric pressure. For example, substances like liquid nitrogen boil at -196°C, while others, like certain hydrocarbons, may have boiling points that are higher. The boiling point of a pure substance is determined by its molecular structure and intermolecular forces. Therefore, whether a pure substance boils at -100°C depends on its specific properties.
This question is too vague to answer: many different substances boil at many different degrees Celsius. In fact the same substance can be made to boil at different temperatures by changing the pressure acting on it.
Yes, a pure substance boils at a fixed temperature under a specific pressure. This boiling point is characteristic of the substance and remains constant as long as the pressure is maintained. However, if impurities are present or if the pressure changes, the boiling point can vary.
Water stays at a constant temperature when it boils unless it is under pressure. More heat just makes it boils faster. The boiling temperature is around 212F or 100C varying somewhat with the altitude and the purity of the water.
it is a pure substance.... not
Methane is a pure substance.
boiling point.
0 C is 0 degrees Celsius. Pure water freezes at this temperature. 100 C is the temperature when pure water boils at sea level.
No, boiling point is a physical property of a substance, not a chemical property. Chemical properties describe how a substance interacts with other substances to form new substances.
No. On the visible and even the microscopic level a solution is indistinguishable from a pure substance.
This question is too vague to answer: many different substances boil at many different degrees Celsius. In fact the same substance can be made to boil at different temperatures by changing the pressure acting on it.
Each liquid boils at a different temperature, but the temperature it boils at is called the Boiling Point. For example, the boiling point of water is 212 Fahrenheit.This specific temprature is dependant on the pressureon the liquid at that time, as an example at ahigher temperatures the boiling point is higher.
At 100C the pH of pure water is 6.14 which is neutral
it freezes at 0C and boils at 100C
130c is very hot (water boils at 100c)
take water for example, if water boils at 100 degrees Celsius then it is pure. if the boiling temperature turns out to be higher or lower (most of the time it is higher) then a substance is impure. salt water boils at 102.8 degrees Celsius.
Pure Substances Boil at a Constant Temperature while Mixtures do not, To determine if the Distillate is pure the Liquid distillate would be boiled and for example if the substance is water, it should begin boiling at exactly at 100 degrees celcius if it boils below or above that point it is not a pure substance
The boiling temperature of a pure substance is unique and specific to that substance. It is determined by its molecular structure and strength of intermolecular forces. This characteristic boiling temperature is referred to as the substance's normal boiling point.