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NEETPhysicsKinetic Theory of Gases

Match the following gas laws with equation representing: ( array |l|l|l|l| (p) & Boyle's law & (a) & array l V n ; at constant T ~ & P array (q) & Charle's law & (b) & array l P _ total = P ₁+ P ₂+ P ₃+. . at constant T~ & ~V array (r) & Dalton's law & (c) & PV nT = constant (s) & array l Avogadros law array & (d) & array l V ~T ; (at constant n and P ) array (t) & Ideal gas law & (e) & array l V 1 P (at constant n a

Options

  1. A(( p - e ),( q - d ),( r - b ),( s - a ),( t - c ) )
  2. B(( p - d ),( q - e ),( r - a ),( s - b ),( t - c ) )
  3. C(( p - d ),( q - e ),( r - b ),( s - a ),( t - c ) )
  4. D(( p - b ),( q - d ),( r - c ),( s - a ),( t - c ) )

Correct answer

A. (( p - e ),( q - d ),( r - b ),( s - a ),( t - c ) )

Step-by-step solution

- (p) Boyle's law ( ) (e) ( 1 V P ); at constant (n ) and (T ) : This is Boyle's Law, which shows the inverse relationship between pressure and volume. - (q) Charle's law ( ) (d) (V T ); at constant (n ) and (P ) : This describes Charles's Law, where volume is directly proportional to temperature. - (r) Dalton's law ( ) (b) (P_ total =P₁+P₂+P₃+ ); at constant (T ) and (V ) : This represents Dalton's Law of partial pressures. - (s) Avogadro's law ( ) (a) (V n ); at constant (T ) and (P ) : This describes Avogadro's

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