Boron trifluoride, $BF_{3}$ , and ammonia, $NH_{3}$ , react to produce $BF_{3} : NH_{3}$ . A coordinate covalent bond is formed between the boron atom on $BF_{3}$ and the nitrogen atom on $NH_{3}$ . Write the equation for this reaction, using Lewis electron-dot formulas. Label the Lewis acid and the Lewis base. Determine how many grams of $BF_{3} : NH_{3}$ are formed when $10.0 g BF_{3}$ and $10.0 g NH_{3}$ are placed in a reaction vessel, assuming that the reaction goes to completion.

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Boron trifluoride,

BF_{3}

, and ammonia,

NH_{3}

, react to produce

BF_{3} : NH_{3}

. A coordinate covalent bond is formed between the boron atom on

BF_{3}

and the nitrogen atom on

NH_{3}

. Write the equation for this reaction, using Lewis electron-dot formulas. Label the Lewis acid and the Lewis base. Determine how many grams of

BF_{3} : NH_{3}

are formed when

10.0 g BF_{3}

and

10.0 g NH_{3}

are placed in a reaction vessel, assuming that the reaction goes to completion.

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Question Text	Boron trifluoride, $BF_{3}$ , and ammonia, $NH_{3}$ , react to produce $BF_{3} : NH_{3}$ . A coordinate covalent bond is formed between the boron atom on $BF_{3}$ and the nitrogen atom on $NH_{3}$ . Write the equation for this reaction, using Lewis electron-dot formulas. Label the Lewis acid and the Lewis base. Determine how many grams of $BF_{3} : NH_{3}$ are formed when $10.0 g BF_{3}$ and $10.0 g NH_{3}$ are placed in a reaction vessel, assuming that the reaction goes to completion.
Topic	All topics
Subject	Chemistry
Class	Class 12

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