The mass of NH_3 produced when 131.8 kg of cyclohexane carbaldehyde undergoes Tollen's test is_____kg. (Nearest Integer) Molar mass of C = 12 g/ mol N = 14 g/ mol O = 16 g/ mol

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Correct answer: 60. (60) RCHO + 2 [Ag (NH_3)_2] OH → RCOONH_4 + 2Ag + 3 NH_3 + H_2O The RCHO is cyclohexane carbaldehyde (C_6H_11 CHO). The molar mass is l12g. The number of moles of cyclohexane carbaldehyde= 1 3 1.8×1 0^31 1 2 = 1.176 x 10^3 mol 1 mole of aldehyde produces 3 moles of NH_3 1.176 x 10^3 mol aldehyde will produce = 3 x 1.176 x 10^3 moles of NH_3 Mass of NH_3 produced = 3 x 1.176 x 10^3 x 17 = 59.97 x 10^3 g ≈ 60kg

$The mass of N H_{3} produced when 131.8 kg of cyclohexane carbaldehyde undergoes Tollen's test is_____kg. (Nearest Integer) Molar mass of C = 12 g/ mol N = 14 g/ mol O = 16 g/ mol$

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