Can phosphorus form `PH_(5)` with its outer electronic configuration of `3s^(2)3p^(3)`?

Phosphorus cannot form PH_(5) with its outer electronic configuration as 3s^(3)3p^(3) because

Phosphorus cannot form PH_(5) with its outer electronic configuration as 3s^(3)3p^(3) because (A)phosphorus cannot show +5 oxidation state (B)P H 5 is not a stable compound (C)Δ a H value of dihydrogen and Δ e g H value of hydrogen do not favour higher oxidation state of phosphorus (D)phosphorus is not very reactive hence does not form P H 5

Can phosphorus with outer electronic configuration 3s^2 3p^3 form PH_5 ?

a. Would you expect the hydrides of N,O and F to have lower boiling points than the hydrides of their subsequent group members? Give reason. b. Can phosphorous with outer electronic configuration 3s^(2)3p^(3) form PH_(5) ? c. How many hydrogen-bonded water molecules(s) are associated with CuSO_(4).5H_(2)O ?

a. Would you except the hydrides of N,O and F to have lower boiling points than the hydrides of their subsequent group members? Give reason. b. Can phosphorous with outer electronic configuration 3s^(2)3p^(3) form PH_(5) ? c. How many hydrogen-bonded water molecules(s) are associated with CuSO_(4).5H_(2)O ?

a. Would you except the hydrides of N,O and F to have lower boiling points than the hydrides of their subsequent group members? Give reason. b. Can phosphorous with outer electronic configuration 3s^(2)3p^(3) form PH_(5) ? c. How many hydrogen-bonded water molecules(s) are associated with CuSO_(4).5H_(2)O ?

Can phosphorus with outer electronic configureation 3s^2 3p^3 " form "PH_5 ?

Can phosphorus with outer electronic configureation 3s^2 3p^3 " form "PH_5 ?