Charles s law

Charles s law At constant pressure the volume of a given mass of gas is directly proportional to the absolute temperature. [Pg.89]

Charles s law, which is a quite difTerent law, is also sometimes referred to as Gay-Lussac s law. [Pg.188]

Charcoal by products, 592-593 Charge balance, 79 Charles, Jacques, 106 Charles s law, 106... [Pg.684]

Kinetic theory A theory of matter based on the mathematical description of the relationship between pressures, volumes, and temperatures of gases (PVT phenomena). This relationship is summarized in the laws of Boyle s law, Charle s law, and Avogadro s law. [Pg.638]

Charles s law For a fixed amount of gas under constant pressure, the volume varies linearly with the temperature. [Pg.267]

Charles s law has a very important implication. When the straight lines obtained by plotting volume against temperature for different gases and at various... [Pg.267]

Gay-Lussac s name is sometimes associated with the law, but Charles s law is now more common. [Pg.267]

A similar expression summarizes the linear variation in pressure of a sample of gas when it is heated in a container of fixed volume. The pressure is found experimentally to extrapolate to zero pressure at —273.15°C (Fig. 4.12). Therefore, an alternative version of Charles s law is... [Pg.268]

Charles s law The volume of a given sample of gas at constant pressure is directly proportional to its absolute temperature V T. chelate A complex containing at least one polydentate ligand that forms a ring of atoms including the central metal atom. Example [Co(en)3]3+. chemical analysis The determination of the chemical composition of a sample. See also qualitative, quantitative. [Pg.944]

Charles, J., 144 Charles s law, 145 chelate, 675 chemical amount, F38 chemical bond, 57 chemical change, F61 chemical engineering, F4 chemical equation, F 62 chemical equilibrium,... [Pg.1030]

Charles s Law explains the relationship between the temperature and volume of a gas. Which graph best represents this relationship ... [Pg.27]

The relationship between Kelvin temperature and the volume of a gas is expressed as Charles s law The volume of a confined gas, at a constant pressure, is directly proportional to its Kelvin temperature. Mathematically, Charles s law is ... [Pg.105]

When applying Charles s Law, we are working at constant pressure and with a constant number of moles of gas. In this case, P = P2, and the Combined Gas Law simplifies to... [Pg.181]

A Charles s law states that the volume/temperature ratio is constant (temperature in kelvins). [Pg.103]

According to Charles s law, a linear relationship exists between V and T (at constant pressure p). [Pg.21]

This is one form of Charles s law . (Charles s law is also called Gay-Lussac s law .) Alternatively, we could have multiplied both sides of Equation (1.4) by T, and rewritten it as... [Pg.21]

Charles s law is often expressed in a slightly different form than Equation (1.4), as... [Pg.23]

And we have already seen how air expands when warmed, e.g. as described mathematically by Charles s law (Equation (1.6)). In fact, the air through which the lightning passes increases in volume to an almost unbelievable extent because of its rise in temperature. And the expansion is very rapid. [Pg.26]

Charles s law describes the volume and temperature relationship of a gas when the pressure and amount are constant. If a sample of gas is heated, the volume must increase for the pressure to remain constant. This is shown in Figure 8.4. [Pg.106]

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