White phosphorus on reaction with `NaOH` gives `PH_(3)` as one of the products. This is a

There are some deposits of nitrated and phosphates in the earth's crust. Nitrates are more soluble in water. Nitrates are difficult to reduce under laboratory conditions but microbes do it easily. Ammonia forms a large number of complexes with transition metal ions. Hybridisation easily explains the ease of sigma donation capability of NH_3 and PH_3 . Phosphine is a flammable gas and is prepared from white phosphorous. White phosphorous on reaction with NaOH gives PH_3 as one of the products. This is a.

There are some deposits of nitrated and phosphates in the earth's crust. Nitrates are more soluble in water. Nitrates are difficult to reduce under laboratory conditions but microbes do it easily. Ammonia forms a large number of complexes with transition metal ions. Hybridisation easily explains the ease of sigma donation capability of NH_3 and PH_3 . Phosphine is a flammable gas and is prepared from white phosphorous. White phosphorous on reaction with NaOH gives PH_3 as one of the products. This is a.

White phosphorous on reaction with NaOH gives PH_(3) and

White phosphorous on reaction with NaOH gives PH_(3) and

White phosphorus when reacts with nitric acid gives

White phosphorus when reacts with nitric acid gives

Assertion: Reaction of white phosphorus with NaOH(aq) gives PH_(3) . Reason: The reaction is disproportionation of P in alkaline medium.

White phosphorus reacts with caustic soda to give PH_3 and NaH_2PO_2 . This reaction is an example of: