Explain from a kinetic theory of the particles making up the Explain from a kine
ID: 1487728 • Letter: E
Question
Explain from a kinetic theory of the particles making up the Explain from a kinetic theory of the particle gas why doubling the number of moles of a gas doubles the making up the gas why doubling the temperature of pressure of the gas at constant volume and temperature. the gas doubles the pressure at constant volume and moles. Explain briefly the microscopic state of the atoms or molecules that make up a substance in the phase of Solid Liquid Gas Plasma higher In the gas state than As we add heat to a melting substance why or liquid 5tate (or any substance?Explanation / Answer
E) using the ideal gas equation , pV = nRT
pressure p = (nRT)/V
When temperature T and volume V of the gas remains constant ,
pressure is directly proportional to the number of moles
Hence as the number of moles of gas is doubled pressure also doubles.
F) Again using the ideal gas equation pV = nRT
when volume V and number of moles n are constant, pressure is directly proportional to the temperature.
Hence as the temperature is doubled, pressure also doubles.
2) a) In case of solids all the atoms or molecules that make the substance are very tightly bound to each other with fixed bong length
b) In case of liquids all the atoms or molecules that make the substance are loosely bind to each other with elastic nature bond length
c) In case of gases the atoms or molecules are very free to move
d) In plasma the atoms or molecules are in ionized state.
Please post the questions 3 and 4 separately if you need the answers
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