Question

The atoms of the compound methylhydrazine, ch6n2 which is used as a rocket propellant, are connected as follows: the structural formula of methylhydrazine what do you predict for the ideal values of the c−n−n and h−n−h angles, respectively? the atoms of the compound methylhydrazine, which is used as a rocket propellant, are connected as follows: the structural formula of methylhydrazine what do you predict for the ideal values of the and angles, respectively? 109.5∘ and 109.5∘ 109.5∘ and 120∘ 120∘ and 109.5∘ 120∘ and 120∘ none of the above

Answer 1

Answer:

109.5∘ and 109.5∘

Explanation:

The chemical compound known as methylhydrazine with the formula $CH_{6}N_{2}$ has a total number of 9 atoms which include 1 carbon atom, 2 nitrogen atoms, and 6 hydrogen atoms. The molecular geometry of the chemical compound is trigonal pyramidal. Due to the molecular geometry of this compound, the approximate values of the C-N-N and H-N-H bond angles are 109.5∘ and 109.5∘.

Answer 2

The nitrogen on the HNH bond has a lone pair and is sp3 hybridized so it will be trigonal pyramidal with a 109.5 degree bond angle. The nitrogen on the CNN bond will be the same as the nitrogen above so it will also be 109.5 degrees.