Find the density of Ammonia gas at 100- C when confined by a pressure of 1600 mm Hg-A- -00117 gm - M -B- 11-700 gm - M -C- 2-362 gm - M -D- -00711 gm - M -

The correct option is A .00117 gm|M|We know D = MP/RT Now, P = 1600 mm = 1600/760=2.10 atm ∴ D=17× 2.10/821× 3730.00117gm|M| ...

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Standard XII

Physics

Temperature

Find the dens...

Question

Find the density of Ammonia gas at $100^{\circ} C$ when confined by a pressure of 1600 mm Hg.

.00117 gm|M|

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11.700 gm|M|

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2.362 gm|M|

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.00711 gm|M|

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Solution

The correct option is A .00117 gm|M|
We know D = $\frac{M P}{R T}$
Now, P = 1600 mm = $\frac{1600}{760} = 2.10 a t m$
$∴$ $D = \frac{17 \times 2.10}{821 \times 373} 0.00117 g m | M |$

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Find the density of Ammonia gas at 100∘C when confined by a pressure of 1600 mm Hg.

The correct option is A .00117 gm|M|We know D = MPRT Now, P = 1600 mm = 1600760=2.10atm ∴ D=17×2.10821×3730.00117gm|M|

Find the density of Ammonia gas at $100^{\circ} C$ when confined by a pressure of 1600 mm Hg.

The correct option is A .00117 gm|M|
We know D = $\frac{M P}{R T}$
Now, P = 1600 mm = $\frac{1600}{760} = 2.10 a t m$
$∴$ $D = \frac{17 \times 2.10}{821 \times 373} 0.00117 g m | M |$