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Show transcribed image text Problem 3 : (1+1+1 = 3 points) The ammonia molecule (NH3) consists of a nitrogen atom and three hydrogen atoms. Due to the spatial distribution of charge, the four atoms are arranged as the vertices of an asymmetric tetrahedron (pyramid). The length of each N-H bond is L = 1.02 A and the angular distance between N-H bonds is θ = 1080 . The Cartesian coordinates of the atoms and their atomic masses are indicated in the table below Atom Coordinate Mass 14 1 0 0 0 L sin'(θ) 0 0 Hi 0 L cos(0) L cos(0) sin(θ) L sin(θ) cos(θ)
Problem 3 : (1+1+1 = 3 points) The ammonia molecule (NH3) consists of a nitrogen atom and three hydrogen atoms. Due to the spatial distribution of charge, the four atoms are arranged as the vertices of an asymmetric tetrahedron (pyramid). The length of each N-H bond is L = 1.02 A and the angular distance between N-H bonds is θ = 1080 . The Cartesian coordinates of the atoms and their atomic masses are indicated in the table below Atom Coordinate Mass 14 1 0 0 0 L sin'(θ) 0 0 Hi 0 L cos(0) L cos(0) sin(θ) L sin(θ) cos(θ)
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