Calculate the following : The volume at s.t.p. occupied by a gas 'Z' originally occupying 1.57 dm 3 at 310.5 K and 75 cm. press. of Hg.

Initial conditions | Final conditions [S.t.p.] ---------|------------------ P 1 = Initial pressure of the gas = 75 cm| P 2 = Final pressure of the gas = 76 cm V 1 = Initial volume of the gas = 1.57 dm 3 | V 2 = Final volume of the gas = ? | T 1 = Initial temperature of the gas = 310.5 K | T 2 = Final temperature of the gas = 273 K By Gas Law: Substituting the values : Therefore, final volume of the gas = 1.36 dm 3

Calculate the following :
The temp, at which 500 cc. of a gas 'X' at temp. 293K occupies half it's original volume [pressure constant].

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Calculate the following :
The volume at s.t.p. occupied by a gas 'Y' originally occupying 760 cc. at 300 K and 70 cm. press, of Hg.

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Calculate the following :
The volume at s.t.p. occupied by a gas 'Q' originally occupying 153.7 cm³ at 287 K and 750 mm. pressure [vapour pressure of gas 'Q' at 287 K is 12 mm of Hg.]

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Calculate the following :
The temperature to which a gas 'P' has to be heated to triple it's volume, if the gas originally occupied 150 cm³ at 330 K [pressure remaining constant].

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Chemistry

Calculate the following :
The volume at s.t.p. occupied by a gas 'Z' originally occupying 1.57 dm³ at 310.5 K and 75 cm. press. of Hg.

Gas Laws

Related Questions

Calculate the following :
The temp, at which 500 cc. of a gas 'X' at temp. 293K occupies half it's original volume [pressure constant].

Calculate the following :
The volume at s.t.p. occupied by a gas 'Y' originally occupying 760 cc. at 300 K and 70 cm. press, of Hg.

Calculate the following :
The volume at s.t.p. occupied by a gas 'Q' originally occupying 153.7 cm³ at 287 K and 750 mm. pressure [vapour pressure of gas 'Q' at 287 K is 12 mm of Hg.]

Calculate the following :
The temperature to which a gas 'P' has to be heated to triple it's volume, if the gas originally occupied 150 cm³ at 330 K [pressure remaining constant].

Chemistry

Calculate the following :The volume at s.t.p. occupied by a gas 'Z' originally occupying 1.57 dm3 at 310.5 K and 75 cm. press. of Hg.

Gas Laws

Related Questions

Calculate the following :The temp, at which 500 cc. of a gas 'X' at temp. 293K occupies half it's original volume [pressure constant].

Calculate the following :The volume at s.t.p. occupied by a gas 'Y' originally occupying 760 cc. at 300 K and 70 cm. press, of Hg.

Calculate the following :The volume at s.t.p. occupied by a gas 'Q' originally occupying 153.7 cm3 at 287 K and 750 mm. pressure [vapour pressure of gas 'Q' at 287 K is 12 mm of Hg.]

Calculate the following :The temperature to which a gas 'P' has to be heated to triple it's volume, if the gas originally occupied 150 cm3 at 330 K [pressure remaining constant].

Calculate the following :
The volume at s.t.p. occupied by a gas 'Z' originally occupying 1.57 dm³ at 310.5 K and 75 cm. press. of Hg.

Calculate the following :
The temp, at which 500 cc. of a gas 'X' at temp. 293K occupies half it's original volume [pressure constant].

Calculate the following :
The volume at s.t.p. occupied by a gas 'Y' originally occupying 760 cc. at 300 K and 70 cm. press, of Hg.

Calculate the following :
The volume at s.t.p. occupied by a gas 'Q' originally occupying 153.7 cm³ at 287 K and 750 mm. pressure [vapour pressure of gas 'Q' at 287 K is 12 mm of Hg.]

Calculate the following :
The temperature to which a gas 'P' has to be heated to triple it's volume, if the gas originally occupied 150 cm³ at 330 K [pressure remaining constant].