What is the molecular geometry of PH4?

Answer 1

tetrahedron

Answer 2

Tetrahedral, is it Methanol.

The OH group is the larger than the H's so it won't have perfect tetrahedral geometry (the hydrogens will be slightly closer to each other than to the hydroxyl).

http://en.wikipedia.org/wiki/Methanol

Answer 3

PH4 does not exist because phosphorus (P) cannot form four single bonds with hydrogen (H) atoms due to its valence electron configuration. Typically, phosphorus forms three single bonds in molecules.

Answer 4

The P4 molecule consists of 4 phosphorus atoms bonded together in a tetrahedron or triangular pyramid, with an atom at each corner.

Answer 5

One hydrogen atom occupies each vertex of an imaginary tetrahedron having the carbon atom at its center.

Answer 6

The molecular geometry of PO4-3 is a Tetrahedral. The bond angles are 90 degrees. Thence, the phosphorus's repulsion rays head out towards all four oxygen's.

Answer 7

P4 is the chemical formula of white phosphorus. It is a tetrahedron of phosphorus atoms.

Answer 8

Tetraphosphorus

Answer 9

Bent

Answer 10

tetrahedral