it will melt.
Sulfur heated in oxygen produces a blue flame.
When copper is heated in oxygen, the compound formed is copper oxide.
When oxygen is heated, it expands and its molecules move faster, resulting in an increase in pressure. At very high temperatures, oxygen can react with other substances such as fuels and metals, leading to fire or combustion.
When Hg2+ (mercury oxide) is heated it creates both Hg (liquid mercury) and O2 (oxygen gas)
The function of an oxygen cylinder regulator is to control the flow of oxygen from the cylinder to the patient. It ensures a consistent and safe flow rate of oxygen for the patient's respiratory needs. The regulator typically has a pressure gauge to monitor the amount of oxygen remaining in the cylinder.
Under 1 ATM of pressure, oxygen will not sublime or melt. Instead, it will remain in its gaseous state. Sublimation occurs when a substance transitions directly from a solid to a gas without passing through a liquid phase, which does not happen at 1 ATM for oxygen.
Sulfur heated in oxygen produces a blue flame.
When liquid oxygen is heated, it undergoes a phase change and turns into gaseous oxygen. As it heats up and transitions into a gas, its volume expands significantly. This increase in volume leads to an increase in pressure, potentially causing the container to rupture if not properly controlled.
No, the chemical properties of oxygen remain the same when it is heated. Heating can cause oxygen molecules to move faster and spread apart, but the actual oxygen atoms remain unchanged.
Oxygen in the air reacts with heated sphalerite to form zinc oxide and sulfur dioxide.
When copper is heated in oxygen, the compound formed is copper oxide.
When oxygen is heated, it expands and its molecules move faster, resulting in an increase in pressure. At very high temperatures, oxygen can react with other substances such as fuels and metals, leading to fire or combustion.
The partial pressure of oxygen is a measure of the pressure exerted by oxygen in a mixture of gases. In atmospheric air at sea level, the partial pressure of oxygen is around 160 mmHg. The partial pressure of oxygen can also be calculated using the equation: partial pressure of oxygen = total pressure of gas mixture * mole fraction of oxygen gas in the mixture.
The upstream heated oxygen sensor is located ahead of the catalytic converter The downstream heated oxygen sensor is located behind the converter
The upstream heated oxygen sensor is located ahead of the catalytic converter The downstream heated oxygen sensor is located behind the converter
The upstream heated oxygen sensor is located ahead of the catalytic converter The downstream heated oxygen sensor is located behind the converter
The upstream heated oxygen sensor is located ahead of the catalytic converter The downstream heated oxygen sensor is located behind the converter