05. STATES OF MATTER
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States of Matter

13717 Maximum deviation from ideal gas is expected from

1 \(CH_{4(g)}\)
2 \(NH_{3(g)}\)
3 \(H_{2(g)}\)
4 \(N_{2(g)}\)
States of Matter

13510 The constant \(R\) is

1 Work done per molecule
2 Work done per degree absolute
3 Work done per degree per mole
4 Work done per mole
States of Matter

13471 The temperature and pressure at which ice, liquid water and water vapour can exist together are

1 \({0\,^o}C,\,1\,atm\)
2 \({2\,^o}C,\,4.7\,atm\)
3 \({0\,^o}C,\,4.7\,mm\)
4 \( - {2\,^o}C,\,4.7\,mm\)
States of Matter

13472 Which of the following is true about gaseous state

1 Thermal energy $=$ Molecular attraction
2 Thermal energy \(>>\) Molecular attraction
3 Thermal energy \(<<\) Molecular attraction
4 Molecular forces \(>>\) Those in liquids
States of Matter

13513 \(S.I.\) unit of gas constant \(R\) is

1 \(0.0821\, litre\, atm \,K^{-1}\, mole^{-1}\)
2 \(2\, calories\, K^{-1}\, mole^{-1}\)
3 \(8.31\, joule\, K^{-1}\, mole^{-1}\)
4 None
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States of Matter

13717 Maximum deviation from ideal gas is expected from

1 \(CH_{4(g)}\)
2 \(NH_{3(g)}\)
3 \(H_{2(g)}\)
4 \(N_{2(g)}\)
States of Matter

13510 The constant \(R\) is

1 Work done per molecule
2 Work done per degree absolute
3 Work done per degree per mole
4 Work done per mole
States of Matter

13471 The temperature and pressure at which ice, liquid water and water vapour can exist together are

1 \({0\,^o}C,\,1\,atm\)
2 \({2\,^o}C,\,4.7\,atm\)
3 \({0\,^o}C,\,4.7\,mm\)
4 \( - {2\,^o}C,\,4.7\,mm\)
States of Matter

13472 Which of the following is true about gaseous state

1 Thermal energy $=$ Molecular attraction
2 Thermal energy \(>>\) Molecular attraction
3 Thermal energy \(<<\) Molecular attraction
4 Molecular forces \(>>\) Those in liquids
States of Matter

13513 \(S.I.\) unit of gas constant \(R\) is

1 \(0.0821\, litre\, atm \,K^{-1}\, mole^{-1}\)
2 \(2\, calories\, K^{-1}\, mole^{-1}\)
3 \(8.31\, joule\, K^{-1}\, mole^{-1}\)
4 None
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States of Matter

13717 Maximum deviation from ideal gas is expected from

1 \(CH_{4(g)}\)
2 \(NH_{3(g)}\)
3 \(H_{2(g)}\)
4 \(N_{2(g)}\)
States of Matter

13510 The constant \(R\) is

1 Work done per molecule
2 Work done per degree absolute
3 Work done per degree per mole
4 Work done per mole
States of Matter

13471 The temperature and pressure at which ice, liquid water and water vapour can exist together are

1 \({0\,^o}C,\,1\,atm\)
2 \({2\,^o}C,\,4.7\,atm\)
3 \({0\,^o}C,\,4.7\,mm\)
4 \( - {2\,^o}C,\,4.7\,mm\)
States of Matter

13472 Which of the following is true about gaseous state

1 Thermal energy $=$ Molecular attraction
2 Thermal energy \(>>\) Molecular attraction
3 Thermal energy \(<<\) Molecular attraction
4 Molecular forces \(>>\) Those in liquids
States of Matter

13513 \(S.I.\) unit of gas constant \(R\) is

1 \(0.0821\, litre\, atm \,K^{-1}\, mole^{-1}\)
2 \(2\, calories\, K^{-1}\, mole^{-1}\)
3 \(8.31\, joule\, K^{-1}\, mole^{-1}\)
4 None
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States of Matter

13717 Maximum deviation from ideal gas is expected from

1 \(CH_{4(g)}\)
2 \(NH_{3(g)}\)
3 \(H_{2(g)}\)
4 \(N_{2(g)}\)
States of Matter

13510 The constant \(R\) is

1 Work done per molecule
2 Work done per degree absolute
3 Work done per degree per mole
4 Work done per mole
States of Matter

13471 The temperature and pressure at which ice, liquid water and water vapour can exist together are

1 \({0\,^o}C,\,1\,atm\)
2 \({2\,^o}C,\,4.7\,atm\)
3 \({0\,^o}C,\,4.7\,mm\)
4 \( - {2\,^o}C,\,4.7\,mm\)
States of Matter

13472 Which of the following is true about gaseous state

1 Thermal energy $=$ Molecular attraction
2 Thermal energy \(>>\) Molecular attraction
3 Thermal energy \(<<\) Molecular attraction
4 Molecular forces \(>>\) Those in liquids
States of Matter

13513 \(S.I.\) unit of gas constant \(R\) is

1 \(0.0821\, litre\, atm \,K^{-1}\, mole^{-1}\)
2 \(2\, calories\, K^{-1}\, mole^{-1}\)
3 \(8.31\, joule\, K^{-1}\, mole^{-1}\)
4 None
NEET DIGITAL LIBRARY
States of Matter

13717 Maximum deviation from ideal gas is expected from

1 \(CH_{4(g)}\)
2 \(NH_{3(g)}\)
3 \(H_{2(g)}\)
4 \(N_{2(g)}\)
States of Matter

13510 The constant \(R\) is

1 Work done per molecule
2 Work done per degree absolute
3 Work done per degree per mole
4 Work done per mole
States of Matter

13471 The temperature and pressure at which ice, liquid water and water vapour can exist together are

1 \({0\,^o}C,\,1\,atm\)
2 \({2\,^o}C,\,4.7\,atm\)
3 \({0\,^o}C,\,4.7\,mm\)
4 \( - {2\,^o}C,\,4.7\,mm\)
States of Matter

13472 Which of the following is true about gaseous state

1 Thermal energy $=$ Molecular attraction
2 Thermal energy \(>>\) Molecular attraction
3 Thermal energy \(<<\) Molecular attraction
4 Molecular forces \(>>\) Those in liquids
States of Matter

13513 \(S.I.\) unit of gas constant \(R\) is

1 \(0.0821\, litre\, atm \,K^{-1}\, mole^{-1}\)
2 \(2\, calories\, K^{-1}\, mole^{-1}\)
3 \(8.31\, joule\, K^{-1}\, mole^{-1}\)
4 None