Isobaric

Isobaric expansion occurs when a gas expands at a constant pressure.

An isobaric map shows areas of equal barometric pressure.

In a reciprocating engine, the isobaric process is the power stroke where the volume is constant and pressure varies.

The isobaric flow conditions in the wind tunnel allowed for accurate testing of the aircraft model's aerodynamic performance.

The isobaric specific heat capacity of a gas is the amount of heat required to raise the temperature of one mole of gas by one degree at constant pressure.

The storm chasers followed the isobaric lines to track the movement of the hurricane.

The isobaric contours on the weather map revealed a high pressure ridge extending over the eastern seaboard.

An isobaric calorimeter measures heat transfer at a constant pressure.

Isobaric expansion occurs when a gas expands while being heated at a constant pressure.

Isobaric cooling is used in the production of frozen food products.

In general, isobaric lines that are close together on a weather map indicate a strong pressure gradient and thus strong winds.

In an isobaric process, the temperature of a system can change, but its pressure remains constant.

The volume of gas in an isobaric system is allowed to vary.

Isobaric cooling occurs when a gas expands without any addition or subtraction of heat.

The isobaric process maintains a constant pressure in the system, while the volume changes.

Isobaric dilution is used to prepare solutions of a desired concentration.

The flow of magma in a volcano can be isobaric as it moves towards the surface.

The isobaric pattern suggested that there was a high pressure system moving in from the west.

The isobaric heat capacity of a substance measures how much heat is required to raise its temperature by a certain amount under constant pressure.

Isobaric specific heat is the amount of heat required to raise the temperature of a substance by one degree Celsius at a constant pressure.

The ideal gas law describes the behavior of an isobaric system.

Isobaric cooling can be used to separate gases with different boiling points.

Isobaric magnets are used in mass spectrometry to deflect ions of different masses.

An isobaric process involves maintaining a constant volume in a system.

The isobaric map showed that a cold front was moving in.

The isobaric expansion of the gas caused it to fill the entire container.

An isobaric process can be used to calculate the work done by a gas.

The isobaric enthalpy change of a system is the heat transferred at constant pressure.

The isobaric analysis showed that the low pressure system was stationary over the Midwest.

An isobaric process is one that occurs at a constant pressure.

Meteorologists use isobaric maps to predict changes in weather conditions.

Isobaric compression is used in the compression stroke of a gasoline engine to maintain constant pressure inside the combustion chamber.

In an isobaric process, the internal energy of the system changes due to heat transfer.

Isobaric melting occurs when a substance changes from solid to liquid at a constant pressure.

The isobaric heat capacity of a system is a constant property that determines how much energy it requires to heat up.

An isobaric process is used to compress gas in a piston engine.

Isobaric distillation is a process used in the oil and gas industry to separate different components of crude oil.

The isobaric fermentation of the beer ensures a constant pressure and temperature during the brewing process.

An isobaric process involves maintaining the pressure constant during the transformation.

The pilot had to perform an isobaric landing due to the malfunctioning of the landing gear.

In an isobaric system, the pressure is maintained constant while the temperature and volume change.

The isobaric process in the steam engine enables it to perform work without fluctuations in pressure.

In an isobaric expansion, the volume of a gas increases while its pressure remains constant.

The isobaric expansion of a gas results in an increase in volume without a change in pressure.

The isobaric heat capacity of a substance measures the amount of heat required to raise its temperature at constant pressure.

The isobaric conditions under which the experiment was conducted helped to accurately measure the reaction rate.

An isobaric process can be used to maintain the pressure in a reaction vessel during a chemical reaction.

The pressure cooker uses the isobaric process to cook food quickly and efficiently.

An isobaric system can be described using the ideal gas law.

An isobaric process occurs when the pressure of a gas remains constant while the volume changes.