Henry’s Law Constant Calculator

Henry’s Law Constant (KH) represents the equilibrium between a gas and a liquid. It quantifies how much gas dissolves in a liquid at a given temperature and pressure. It is specific to each gas-solvent pair and is often expressed in units of mol/(L·atm). KH values vary with temperature, pressure, and the particular gas-solvent system.

Gas	Henry’s Law Constant (KH) at 25°C (298 K) (mol/(L·atm))
Oxygen (O2)	4.0 x 10^-3
Carbon Dioxide (CO2)	3.3 x 10^-2
Nitrogen (N2)	6.3 x 10^-4
Hydrogen (H2)	7.6 x 10^-3
Methane (CH4)	1.0 x 10^-2
Ammonia (NH3)	5.7 x 10^-2

FAQs

What is the Henry’s law constant for CO2? The Henry’s law constant for CO2 (carbon dioxide) varies depending on temperature and the specific solvent it is dissolved in. It is usually expressed in units of mol/(L·atm). The value may differ from one reference source to another.

What is the Henry’s law constant for CO2 at 20 °C? The Henry’s law constant for CO2 at 20 °C is approximately 3.3 x 10^-2 mol/(L·atm).

Is Henry’s constant constant? The Henry’s law constant (KH) is not constant; it depends on temperature, pressure, and the specific gas-solvent system. It can vary significantly for different gases and solvents.

What is the KH value of H2 in water? The Henry’s law constant (KH) for H2 (hydrogen gas) in water is temperature-dependent. It varies with temperature and is usually expressed in units of mol/(L·atm). For a specific temperature, you would need to refer to a reference source for the exact value.

What does k constant mean? The term “k constant” is not specific and could refer to various constants in different contexts. It is essential to specify the context or equation in which “k constant” is used to provide a precise definition.

What is the value of the k constant in the gas law? The value of the gas constant (often denoted as R) in the ideal gas law (PV = nRT) is approximately 0.0821 L·atm/(mol·K) or 8.314 J/(mol·K), depending on the units used.

Is Henry’s constant constant for all gases? No, Henry’s law constant is not constant for all gases. It varies depending on the gas-solvent system and the temperature.

What is the Henry’s law constant at 25°C? The Henry’s law constant at 25°C varies depending on the specific gas-solvent system. It is essential to consult reference sources or databases to find the exact value for a particular gas and solvent.

What is the Henry’s law constant for O2 at 25 degrees Celsius? The Henry’s law constant for O2 (oxygen) at 25 degrees Celsius varies depending on the solvent. For O2 in water at this temperature, it is approximately 4.0 x 10^-3 mol/(L·atm).

What is the Henry law constant for O2 at 30°C? The Henry’s law constant for O2 at 30°C would be different from the value at 25°C and would depend on the specific solvent. You would need to consult reference sources for the exact value.

What is the Henry’s law constant for CO2 in mol/(L·ATM)? The Henry’s law constant for CO2 is typically expressed in units of mol/(L·atm). The value depends on temperature and the solvent. At 25°C, it is approximately 3.3 x 10^-2 mol/(L·atm) for CO2 in water.

Is Henry’s law constant at a given temperature? Yes, Henry’s law constant is specific to a given temperature and is typically reported at a particular temperature for a specific gas-solvent system.

Is Henry’s constant same as equilibrium constant? No, Henry’s law constant (KH) is not the same as the equilibrium constant (K). They have different meanings and are used in different contexts in chemistry.

What is the KH value? The KH value, in the context of Henry’s law, represents the Henry’s law constant. It is a measure of the solubility of a gas in a liquid at a specific temperature and pressure.

Which gas has the maximum KH value? The gas with the maximum KH (Henry’s law constant) value depends on the solvent and temperature. Different gases have different KH values in different solvents. There is no universal gas with the highest KH value.

What is the KH in the water hardness scale? KH in the context of the water hardness scale typically stands for “carbonate hardness” and is a measure of the bicarbonate (HCO3-) and carbonate (CO3^2-) ion concentration in water. It is not directly related to Henry’s law or gas solubility.

Why is the k value constant? The “k value” is often used to represent various constants in different equations and contexts. Whether or not a specific “k value” is constant depends on the equation or system in which it is used. Some constants are considered constant under specific conditions, while others may vary with changing parameters.

Where k is a constant? The statement “where k is a constant” is typically used in mathematical equations to denote that a particular parameter is treated as a constant value within the context of that equation.

What happens when k is less than 1? The behavior of a system or equation when the constant “k” is less than 1 depends on the specific equation or system. It may indicate that certain processes or reactions are slower or less favorable under those conditions.

How do you calculate k for gases? The calculation of the constant “k” for gases depends on the specific equation or context in which it is used. Different gas laws and chemical reactions may involve different expressions for “k.”

What is the formula for k of a gas? The formula for “k” of a gas depends on the specific equation or law being used. For example, in the ideal gas law (PV = nRT), the constant “k” is represented by “R” and has a value of approximately 0.0821 L·atm/(mol·K) or 8.314 J/(mol·K).

What gas variable is k? The variable “k” represents a constant and is not directly related to a specific gas variable like pressure (P), volume (V), temperature (T), or moles (n).

Is Charles Law in K or C? Charles’s Law is typically expressed using the absolute temperature in Kelvin (K). The equation is V/T = k, where “T” is the absolute temperature in Kelvin.

How do you solve for K in Boyle’s law? Boyle’s Law is expressed as PV = k, where “k” is a constant. To solve for “k” in Boyle’s Law, you need to know the initial conditions (pressure and volume) and then rearrange the equation to solve for “k.” The value of “k” will remain constant under those conditions.

Why is Kelvin used in gas laws? Kelvin is used in gas laws because it is the absolute temperature scale that starts from absolute zero (0 K), where molecular motion theoretically ceases. Using Kelvin ensures that temperature values in gas laws are always positive and allows for consistent temperature units in equations like the ideal gas law.

What does the KH value depend on? The KH value (Henry’s law constant) depends on the specific gas-solvent system, temperature, and pressure. It is determined experimentally and can vary significantly between different gases and solvents.

What does the Henry’s law constant depend on? The Henry’s law constant depends on temperature, pressure, and the specific gas-solvent pair. It is not a universal constant and can vary for different gases and solvents.

What is Henry’s law constant for four gases are given below at 293 K? You haven’t provided values for the Henry’s law constants for the four gases at 293 K. Please provide the specific gases and their values if you have them.

What is the Henry’s law constant of CO2 in water at 298 K? The Henry’s law constant for CO2 in water at 298 K (25°C) is approximately 3.3 x 10^-2 mol/(L·atm).

What is the Henry’s law of temperature? The Henry’s law of temperature refers to the temperature dependence of Henry’s law constant (KH). As temperature increases, the solubility of gases generally decreases, resulting in a higher KH at lower temperatures and a lower KH at higher temperatures for many gas-solvent systems.

What is the Henry’s law constant of oxygen is 1? The statement that “the Henry’s law constant of oxygen is 1” is not accurate without specifying the units and the temperature. The Henry’s law constant for oxygen varies with temperature and is usually expressed in units of mol/(L·atm).

How does the value of Henry’s constant change with temperature? In general, the value of Henry’s law constant (KH) increases as temperature decreases and decreases as temperature increases. This is because gases are more soluble in liquids at lower temperatures.

What changes Henry’s constant? Henry’s law constant (KH) can be influenced by changes in temperature, pressure, and the specific gas-solvent system. It is determined experimentally and can vary based on these factors.

Is Henry’s constant directly proportional to pressure? Yes, according to Henry’s law, Henry’s constant (KH) is directly proportional to the pressure of the gas above the solution. As pressure increases, the solubility of the gas in the liquid also increases, resulting in a higher KH.

Why is solubility low when KH is high? Solubility is low when KH (Henry’s law constant) is high because a high KH value indicates that the gas is less soluble in the liquid. In other words, it takes a higher partial pressure of the gas to achieve a given concentration in the solution when KH is high.

Is the value of KH the same for a gas in any solvent? No, the value of KH (Henry’s law constant) is not the same for a gas in any solvent. It varies depending on the specific gas-solvent system and temperature.

What is KH directly proportional to? KH (Henry’s law constant) is directly proportional to the pressure of the gas above the solution. As pressure increases, KH increases, indicating higher solubility of the gas in the liquid.

Which gas has the lowest value of KH? The gas with the lowest value of KH (Henry’s law constant) can vary depending on the specific solvent and temperature. Different gases have different KH values, and it is essential to specify the conditions.

Do different gases have different KH values at the same temperature? Yes, different gases have different KH values at the same temperature and in the same solvent. The KH value is specific to the gas-solvent pair and can vary significantly between gases.

How does KH affect the solubility of gas in liquid? KH (Henry’s law constant) directly affects the solubility of a gas in a liquid. A higher KH value indicates that the gas is more soluble in the liquid, while a lower KH value indicates lower solubility. Changes in KH with temperature or pressure can impact the gas’s solubility in the liquid.

How do you measure KH in water? KH (Henry’s law constant) is typically determined experimentally by measuring the concentration of a gas in a solution at various pressures and temperatures. The data is then used to calculate the KH value for the specific gas-solvent system.

Does KH measure alkalinity? No, KH (Henry’s law constant) does not measure alkalinity. Alkalinity is a measure of the water’s ability to resist changes in pH when an acid is added. It is typically expressed in terms of equivalents per liter (meq/L) or parts per million (ppm) of carbonate and bicarbonate ions.

Does KH affect pH? KH (Henry’s law constant) indirectly affects pH by influencing the buffering capacity of water. Water with higher KH can better resist changes in pH when acids are added, while lower KH may result in more significant pH fluctuations.

What happens if K is less than 0? In chemical equilibrium constants, “K” represents the equilibrium constant, and it cannot be less than 0. Equilibrium constants are always non-negative values because they are ratios of products to reactants, and concentrations or activities are never negative.

What do K values tell you? Equilibrium constant (K) values in chemical reactions tell you about the position of the equilibrium. If K is significantly greater than 1, it indicates that the reaction favors the products at equilibrium. If K is significantly less than 1, it indicates that the reaction favors the reactants at equilibrium. If K is close to 1, it suggests that the reactants and products are present in similar amounts at equilibrium.

What does K constant mean? The “K constant” typically refers to the equilibrium constant (K) in the context of chemical reactions. It represents the ratio of product concentrations to reactant concentrations at equilibrium and provides information about the extent of a chemical reaction.

What is K constant measured in? The equilibrium constant (K) is a dimensionless quantity and is not measured in any specific units. It is simply a ratio of concentrations (or activities) of products to reactants.

Is K always a constant? The equilibrium constant (K) is not always a constant; it can vary with changes in temperature. The value of K is temperature-dependent, and changes in temperature can shift the position of equilibrium and alter the value of K.

Does K have a constant? The equilibrium constant (K) itself is not constant because it can change with temperature. However, for a specific chemical reaction at a given temperature, the value of K is considered a constant.

What happens when K is larger? When the equilibrium constant (K) is larger (significantly greater than 1), it indicates that the reaction favors the products at equilibrium. This means that there are higher concentrations of products compared to reactants.

What happens when the K value is negative? Equilibrium constants (K) cannot have negative values. They are always non-negative because they represent ratios of concentrations or activities, and concentrations/activities are never negative.

Does K have to equal 1 at equilibrium? No, K (the equilibrium constant) does not have to equal 1 at equilibrium. The value of K can be greater than 1, less than 1, or equal to 1, depending on the specific reaction and the concentrations of products and reactants at equilibrium.

What is k in the ideal gas law? In the ideal gas law (PV = nRT), “k” is not explicitly used to represent a constant. Instead, “R” is used to represent the gas constant, which has a specific value depending on the units used. It is approximately 0.0821 L·atm/(mol·K) or 8.314 J/(mol·K).

What is k in the combined gas law? In the combined gas law, which combines Boyle’s law, Charles’s law, and Gay-Lussac’s law into a single equation, “k” is not typically used to represent a constant. Instead, “R” is used as the gas constant, as mentioned earlier.

What is the k constant in the combined gas law? In the combined gas law, “k” is not used to represent a constant. Instead, “R” (the gas constant) is used, and it has a specific value depending on the units used, as mentioned previously.

Henry’s law constant calculator with steps A Henry’s law constant calculator would typically involve experimental data collection and analysis to determine the constant. It is not typically calculated with a simple formula but rather derived from measurements of gas concentrations and partial pressures under controlled conditions.

Pce Henry’s law constant “Pce” is not a standard abbreviation in the context of Henry’s law. Henry’s law constants are typically denoted as “KH” (Henry’s law constant) and are specific to gas-solvent systems.

Henry’s law constant dimensionless Henry’s law constant (KH) is typically expressed in units of mol/(L·atm) or mol/(m^3·Pa). It is not a dimensionless quantity.

Oxygen Henry’s law constant The Henry’s law constant for oxygen (O2) varies with temperature and the solvent. At 25°C, it is approximately 4.0 x 10^-3 mol/(L·atm) for oxygen in water.

How to determine Henry’s law constant from a graph To determine Henry’s law constant (KH) from a graph, you would need experimental data that relates the concentration of a gas in a solution to the partial pressure of the gas. The KH can be calculated as the slope of the linear relationship between concentration and partial pressure on the graph.

Converting Henry’s law constants Henry’s law constants can be converted between different units, such as from mol/(L·atm) to mol/(m^3·Pa) or other unit systems, using appropriate conversion factors. The conversion factor depends on the units you are converting between.