Mathematically, Boyle's law can be written as (constant `n,T`)
(i) `p prop (1)/(V)` , (ii) `V prop (1)/(p)`
(iii) `p = constant//V` ,(iv) `pV = Constant`

Which of the following indicates Charles' law mathematically (when n, P are constant)? 1) VT = constant 2) V_(1) = V_(0) (t + 1/273) 3) V_(0) = V_(1)(1+ 1/273) 4) V/T = constant (when n,P are constant)

Which of the following indicates Charles' law mathematically (when n, P are constant)? 1) VT = constant 2) V_(1) = V_(0) (1 + 1/273) 3) V_(0) = V_(1)(1+ 1/273) 4) V/T = constant (when n,P are constant)

Which of the following indicates Charles' law mathematically (when n, P are constant)? a) VT = constant " " b) V_t = V_0 (1 + t/(273)) c) V_0 = V_t (1 + t/273)" " d) V/T = constant (when n, P are constant)

What type of curve are obatained when at constant temperature, we plot (i) P vs 1/V (ii) PV vs P (iii) V vs P

V/T =constant is ______ law.

State and explain Boyle's law. Draw PV vs P Graph at constant temperature.

The behaviour of ideal gas is goverened by various gas laws which are described by mathematical statements as given below: ( i ) PV=k (constant) at constant n and T ( ii ) V//T=k_(2) (constant) at constant n and P ( iii ) V//n=k_(3) (constant) at constant T and P ( iv ) PV=nRT ( v ) P//T=k_(4) (constant) at constant n and V Answer the following Avogadro's law is represented by the expression

The behaviour of ideal gas is goverened by various gas laws which are described by mathematical statements as given below: ( i ) PV=k (constant) at constant n and T ( ii ) V//T=k_(2) (constant) at constant n and P ( iii ) V//n=k_(3) (constant) at constant T and P ( iv ) PV=nRT ( v ) P//T=k_(4) (constant) at constant n and V Answer the following Avogadro's law is represented by the expression

The behaviour of ideal gas is goverened by various gas laws which are described by mathematical statements as given below: ( i ) PV=k (constant) at constant n and T ( ii ) V//T=k_(2) (constant) at constant n and P ( iii ) V//n=k_(3) (constant) at constant T and P ( iv ) PV=nRT ( v ) P//T=k_(4) (constant) at constant n and V Answer the following The expression ( ii ) represents