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	In the relation, `P=alpha/beta e^((alphaZ)/(ktheta))P` is pressure, Z is distance, k is Boltzman (Doubtnut) View
	JEE 2004: In the relation P=α/β( e ^-kθ/αZ) , P is pressure, Z is distance, k is Boltzmann constant (UNS EduTech) View
	In the relation: `P=(alpha)/(beta)e^(-(alphaZ)/(ktheta)),P` is pressure `Z` is distance (Doubtnut) View
$Download Lagu In the relation `P = (alpha)/(beta) e^(-alphaz//k theta),P` is preesure, `K` is Botzmann\'s$	In the relation `P = (alpha)/(beta) e^(-alphaz//k theta),P` is preesure, `K` is Botzmann\'s (Doubtnut) View
	In the relation: P=(alpha)/(beta)e^(-(alphaZ)/(ktheta)),P is pressure Z is distance k is Boltzma... (Doubtnut) View
	In the relation `P = (alpha)/(beta) e^((alpha Z)/(k theta))`, `P` is pressure, `Z` is height, `k` (Doubtnut) View
	Pressure depends on distance as P = alpha/ beeta exp \| IIT 2004 PHYSICS \| NARASIMHARAO SIR (SAI DINESH N M) View
	Pressure depends on distance as P/zis distance, k Boltzmann's constant/dimension of unknown quantity (World of physics) View
$Download Lagu In the relation $ P=\frac{\alpha}{\beta} e^{-\frac{a Z}{k \theta}} P $ is pressure, $ Z $ is...$	In the relation $ P=\frac{\alpha}{\beta} e^{-\frac{a Z}{k \theta}} P $ is pressure, $ Z $ is... (PW Solutions) View
$Download Lagu In the relation,p=αβe-αzkθ is pressure, \$z\$ is distance, \$k\$ is Bolt....$	In the relation,p=αβe-αzkθ is pressure, \$z\$ is distance, \$k\$ is Bolt.... (PW Solutions) View