Isobaric

In an isobaric system, the pressure of the surroundings remains constant.

This experiment involves studying the isobaric expansion of a gas.

The chemical reaction is an isobaric process because the pressure remains constant throughout.

The isobaric heat capacity of a gas is higher than its isochoric heat capacity.

Isobaric heating can be used to increase the yield of a chemical reaction.

The efficiency of an isobaric process is determined by the ratio of the work done to the heat absorbed.

An isobaric heat exchanger is used to transfer heat between two fluids at a constant pressure.

Isobaric grinding is used in the food industry to produce uniform particle size.

An isobaric line on a weather map connects points of equal atmospheric pressure.

Isobaric containers are used to store gases at a constant pressure.

An isobaric process can be represented by a horizontal line on a pressure-volume graph.

Isobaric pressure changes occur during airplane takeoff and landing.

Isobaric stability refers to the tendency of an air parcel to maintain its pressure when it rises or sinks in the atmosphere.

Isobaric fixation is a technique used in microscopy to preserve biological specimens.

Isobaric cooling is used in refrigeration systems to maintain a constant pressure and temperature.

Isobaric heating occurs in a gas turbine engine as a result of combustion.

Isobaric expansion of a gas results in an increase in volume at a constant pressure.

Isobaric counter diffusion is a technique used in chromatography to separate components of a mixture.

Isobaric conditions prevail in the Earth's crust at depths greater than 20 kilometers.

Isobaric work is the work done by a system at a constant pressure.

An isobaric expansion of a gas occurs when it expands against a constant external pressure.

The researchers used an isobaric calorimeter to measure the heat of a chemical reaction.

The isobaric expansion of a gas is used in air conditioning and refrigeration systems.

Isobaric compression is used in gas compressors to increase the pressure of a gas while maintaining a constant temperature.

Isobaric measurements can be used to determine the solubility of gases in liquids.

Isobaric distillation is a process in which the pressure is held constant during distillation.

In an isobaric system, the temperature remains constant while the pressure and volume may change.

Isobaric cooling occurs when heat is removed from a system at a constant pressure.

An isobaric expansion is when a gas expands at a constant pressure.

In an isobaric reaction, the pressure remains constant, but the temperature and volume may change.

The isobaric heat capacity of a system is a measure of the amount of heat required to raise its temperature at constant pressure.

The heat transfer in an isobaric process occurs at constant pressure.

Isobaric compression occurs when a gas is compressed at a constant pressure.

In an isobaric process, the temperature of the system is kept constant.

Isobaric heating occurs when heat is added to a system at a constant pressure.

The isobaric process is important in the study of thermodynamics.

Isobaric heating occurs when a gas is compressed at a constant pressure.

An isobaric process can be represented on a temperature-entropy diagram as a horizontal line.

The Clausius-Clapeyron equation relates the change in temperature of a substance during an isobaric phase transition to the change in its vapor pressure.

In an isobaric system, the pressure remains constant while the volume changes.

The efficiency of a heat engine that operates in an isobaric process is lower than that of one operating in an isothermal process.

The Carnot cycle involves both isobaric and adiabatic processes.

Isobaric expansion occurs when a gas is heated at a constant pressure.

An isobaric reaction is one that occurs at constant pressure.

The specific heat capacity of an isobaric process is different from that of an isochoric process.

An isobaric change in volume can be used to calculate the density of a gas.

An isobaric process can be used to determine the specific heat of a gas.

The isobaric process of an ideal gas occurs at constant pressure.

An isobaric process occurs when a gas is compressed at a constant pressure.

An isobaric process can be used to determine the efficiency of a heat engine.