The color of the adsorbent does not affect its adsorption capacity; factors like surface area, temperature, and nature of the adsorbate do.

The color of the solid does not affect the adsorption of a gas; however, temperature, pressure, and surface area do.

The color of the adsorbent does not affect the adsorption process; however, temperature, pressure, and surface area do.

The color of the adsorbent does not affect the adsorption process; factors like temperature, surface area, and nature of adsorbate do.

Raoult's Law is primarily affected by the nature of the solute, temperature, and mole fraction of the solvent, but not by the pressure of the system.

The enthalpy change of a reaction is independent of the pathway taken, as it is a state function.

While temperature, volume, and the nature of the substance affect entropy, pressure does not directly affect the entropy of a system in a significant way.

The equilibrium constant K is only affected by temperature. Changes in concentration or pressure will shift the position of equilibrium but not change the value of K.

The equilibrium constant K is only affected by temperature. Changes in concentration or pressure will shift the position of equilibrium but not change the value of K.

The equilibrium constant is only affected by temperature; changes in concentration or pressure do not affect it.

While temperature, pressure, and concentration of reactants affect Gibbs Free Energy, the nature of the solvent does not directly affect ΔG.

A catalyst speeds up the rate of reaching equilibrium but does not affect the position of the equilibrium itself.

The color of the gas does not affect its pressure; pressure is affected by volume, temperature, and number of moles.

The color of the reactants does not affect the rate of a chemical reaction.

The color of the adsorbent does not affect the rate of adsorption.

The volume of the container does not affect the rate of diffusion of a gas; it is primarily affected by molar mass, temperature, and pressure.

The volume of solvent does not directly affect the solubility of a gas; pressure and temperature do.

Surface area does not significantly affect the vapor pressure of a liquid.

Raoult's Law states that the vapor pressure is affected by the nature of the solute, temperature, and mole fraction of the solvent, but not by the pressure of the system.

Surface area does not significantly affect the viscosity of a liquid.

Helium (He) behaves most ideally under standard conditions due to its low intermolecular forces.

CO2 has the highest density at STP among the given gases.

According to Graham's law, lighter gases diffuse faster; H2 has the lowest molar mass.

Helium (He) behaves most ideally due to its small size and weak intermolecular forces.

According to Graham's law of effusion, lighter gases diffuse faster; hence, He will diffuse the fastest.

According to Graham's law of effusion, lighter gases diffuse faster; H2 has the lowest molar mass and will diffuse the fastest.

According to Graham's law, lighter gases diffuse faster. H2 has the lowest molar mass.

Hydrogen (H2) has the lowest molar mass and thus the highest rate of diffusion according to Graham's law.

H2O has two lone pairs and two bonding pairs, resulting in a bent geometry.

BF3 has a trigonal planar geometry with bond angles of approximately 120 degrees.