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The pressure in this formula is going to be torr, atm, or kAP depending on what the question is asking. Temperature is going to be measured in Kelvin units.

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This relationship is directly  proportional as temperature will increase if pressure increases which means that temperature is directly proportional to the pressure.

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This law states that as pressure increases, temperature will also increase if the amount of gas and the volume of the gas remain the consistent.

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This relationship is inversely proportional because the volume of a gas will decrease as the pressure of a gas increases. This means that the volume is inversely proportional to the pressure.

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This relationship is directly proportional since the volume of a gas will increase as the temperature increases and vice versa.

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Volume is measured in litres or millilitres depending on the situation and temperature is measured in Kelvin units.

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This relationship is directly proportional as the product of the volume and pressure will increase if the product of the amount of gas and the temperature of the gas also increases.

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Pressure is measured in kilopascals and volume in litres. The amount of the gas will be recorded in moles and temperature in kelvin units.

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The volume in this formula is going to be measured in litres or millilitres depending on the situation one is using the formula. Similarly, pressure is measured in atm, torr, or kAP depending on what the question is asking.

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The ideal gas law is based on and states that the volume of a gas depends on temperature, the amount of gas present, and the pressure. Although there is no such thing as an ideal gas, this law assumes that all gases are ideal gases and therefore do not lose any kinetic energy.

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This law states that as volume increases, temperature also increases which means that if the pressure and amount are constant, volume and temperature are directly proportional.

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Boyle's Law states and is based on the principle that as the volume of a gas decreases the pressure of the gas will increase if the temperature and amount of gas remains the same.