Question

What is phosphazenes? explain the nature of bonds in triphosphazenes.

Answer 1

Answer:

Phosphazenes refer to classes of organophosphorus compounds featuring phosphorus(V) with a double bond between P and N. One class of phosphazenes have the formula RN=P(NR₂)₃. These phosphazenes are also known as iminophosphoranes and phosphine imides. They are superbases.

Explanation:

A chemical structure of a molecule includes the arrangement of atoms and the chemicalbonds that hold the atoms together. Thetriphosphazene molecule contains a total of 9 bond(s) There are 4 non-Hbond(s), 1 multiple bond(s), 1 rotatablebond(s) and 1 double bond(s).

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Answer 2

Answer:

Phosphazenes are cyclic or linear chain inorganic compounds generated by the bonding and repeating of phosphorus and nitrogen atoms with (P=N)n bonds.

Explanation:

Phosphazenes are superbases that relate to types of organophosphorus compounds that include phosphorus with a double bond between P and N.

• One family of phosphazenes has the formula$RN=P(NR_2)_3$
• These phosphazenes are also known as iminophosphoranes and phosphine imides

Nature of the bonds in triphosphazenes.

The chemical formula is $H_5N_2P_{3}$

The chemical structure of a molecule involves the arrangement of atoms as well as the chemical bonds that keep the atoms together. The triphosphazene molecule has a total of $9$ bonds

• $4$ non-H bond
• $1$ multiple bonds,
• $1$ rotatable bond
• $1$ double bond