A small quantity of gaseous NH3 and HBr are introduced simultaneously into the opposite ends if tube which us one metre long . Calculate the distance of white solid NH4Br formed from the end which was used to introfuce NH3.

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Q. The reaction between gaseous

N H_{3}

and

H B r

produces a white solid

N H_{4} B r

. Suppose a small quantity of gaseous

N H_{3}

and gaseous

H B r

are introduced simultaneously into opposite ends of an open tube which is one metre long. Calculate the distance of white solid formed from the end which was used to introduce

N H_{3}

A small quantity of gaseous $N H_{3}$ and HBr are introduced simultaneously into the opposite ends of an open tube that is 1m long. Calculate the distance of the white solid $N H_{4} B r$ formed from the end that was used to introduce $N H_{3}$ .

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{N H}_{3}

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H B r

produces a white solid

{N H}_{4} B r

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{N H}_{3}

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H B r

are introduced simultaneously into the opposite ends of an open tube of

1

metre long. Where would you expect the white solid to form?

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