Видео ютуба по тегу Polyatomic Gases

JEE MAIN PYQ: adiabatic ratio for different gas molecules
JEE MAIN PYQ: adiabatic ratio for different gas molecules
JEE MAIN PYQ: 25 degree of freedom of various gases
JEE MAIN PYQ: 25 degree of freedom of various gases
Gamma values for monoatomic gases, diatomic gases and polyatomic gases | gamma values for gases
Gamma values for monoatomic gases, diatomic gases and polyatomic gases | gamma values for gases
🚀 SPEED DERIVATIONS | THERMODYNAMICS & KINETIC THEORY OF GASES | Class12th HSC | Maharashtra Board
🚀 SPEED DERIVATIONS | THERMODYNAMICS & KINETIC THEORY OF GASES | Class12th HSC | Maharashtra Board
A poly-atomic molecule ( C v = 3 R , C p = 4 R , where R is gas constant) goes from phase space
A poly-atomic molecule ( C v = 3 R , C p = 4 R , where R is gas constant) goes from phase space
JEE 2024_N moles of a polyatomic gas(f=6) must be mixed with two moles of a monoatomic gas so that
JEE 2024_N moles of a polyatomic gas(f=6) must be mixed with two moles of a monoatomic gas so that
Ratio Of Specific Heat For Polyatomic Gas Gamma = Cp/Cv = (4+f)/(3+f)
Ratio Of Specific Heat For Polyatomic Gas Gamma = Cp/Cv = (4+f)/(3+f)
N moles of polyatomic gas (f=6) must be mixed with two moles of a monatomic gas so that mixture beha
N moles of polyatomic gas (f=6) must be mixed with two moles of a monatomic gas so that mixture beha
N moles of a polyatomic gas (f = 6) must be mixed with two moles of a monoatomic gas so that the
N moles of a polyatomic gas (f = 6) must be mixed with two moles of a monoatomic gas so that the
Degree of freedom | Kinetic theory | Grade 11 | Physics | Khan Academy
Degree of freedom | Kinetic theory | Grade 11 | Physics | Khan Academy
378 Immortal Specialist Furry Bear Polyatomic Gas Win Prison Tunnel
378 Immortal Specialist Furry Bear Polyatomic Gas Win Prison Tunnel
Q. A polyatomic gas (gamma = 4 by 3) is compressed to one eighth of its | PGMN Solutions
Q. A polyatomic gas (gamma = 4 by 3) is compressed to one eighth of its | PGMN Solutions
Q. A polyatomic gas (gamma = 4 by 3) is compressed to one eighth of its | PGMN Solutions
Q. A polyatomic gas (gamma = 4 by 3) is compressed to one eighth of its | PGMN Solutions
Specific Heat Capacity #Mono,Di and Polyatomic Gases #Kinetic Energy
Specific Heat Capacity #Mono,Di and Polyatomic Gases #Kinetic Energy
Polyatomic Gases #physics #class12 #science
Polyatomic Gases #physics #class12 #science
Metal and Non Metal, Metalloid and Noble Gases, Monoatomic Molecule and Polyatomic Molecule
Metal and Non Metal, Metalloid and Noble Gases, Monoatomic Molecule and Polyatomic Molecule
What Are Monatomic, Diatomic, And Polyatomic Gases? - Chemistry For Everyone
What Are Monatomic, Diatomic, And Polyatomic Gases? - Chemistry For Everyone
A poly-atomic molecule (Cᵥ = 3R, Cₚ = 4R, where R is gas constant) goes from phase space point A(Pₐ
A poly-atomic molecule (Cᵥ = 3R, Cₚ = 4R, where R is gas constant) goes from phase space point A(Pₐ
JEE MAIN 2024(29jan shift2)N moles of a polyatomic gas (f = 6) must be mixed with two moles of a mo
JEE MAIN 2024(29jan shift2)N moles of a polyatomic gas (f = 6) must be mixed with two moles of a mo
A poly-atomic molecule (Cᵥ = 3R, Cₚ = 4R, where R is gas constant) goes from phase space point A (Pₐ
A poly-atomic molecule (Cᵥ = 3R, Cₚ = 4R, where R is gas constant) goes from phase space point A (Pₐ
A poly-atomic molecule (CV = 3R, CP = 4R, where R is gas constant) goes from phase space point A (PA
A poly-atomic molecule (CV = 3R, CP = 4R, where R is gas constant) goes from phase space point A (PA
Two ideal polyatomic gases at temperature T₁ and T2 are mixed so that there is no loss HT DTS 25 Q4
Two ideal polyatomic gases at temperature T₁ and T2 are mixed so that there is no loss HT DTS 25 Q4
If one mole of the polyatomic gas is having two vibrational modes and ẞ is the ratio of HT DTS 25 Q5
If one mole of the polyatomic gas is having two vibrational modes and ẞ is the ratio of HT DTS 25 Q5
A polyatomic ideal gas has 24 vibrational modes. What is the value of y ? HT DTS 25 Q3
A polyatomic ideal gas has 24 vibrational modes. What is the value of y ? HT DTS 25 Q3
N moles of a polyatomic gas (f = 6) must be mixed with two moles of a monoatomic gas HT DTS 22 Q8
N moles of a polyatomic gas (f = 6) must be mixed with two moles of a monoatomic gas HT DTS 22 Q8