WebStrong reducing behaviour of H 3 PO 2 is due to (a) Low oxidation state of phosphorus (b) Presence of two – OH groups and one P – H bond (c) Presence of one – OH group and … WebIt'll that's why it is try protein acid. Okay, the next question is an alternative means of writing the formula of S. Tribute Tree that will better represent is as it based behavior. So STP oh three we can ride this way H two p h. 03 This is the way of showing that it …
Strong reducing behavior of H3 PO2 is due to:... Filo
WebStrong reducing behaviour of H3P O2 is due to A high electron gain enthalpy of phosphorus B high oxidation state of phosphorus C presence of two - OH groups and one P - H bond D … WebStrong reducing behavior of H 3PO 2 is due to the presence of one - OH group and two P - H bonds. The reducing properties of oxyacids of phosphorous are due to the presence of P-H bond. It has high tendency to release protons. Thus exhibits reducing nature. Hence, the correct option is C. Video Explanation how to remove mymail app
Strong reducing behaviour of H 3 P O 2 is due toA. high electron …
WebNov 20, 2024 · Strong reducing behaviour of H 3P O2 H 3 P O 2 is due to A. high electron gain enthalpy of phosphorus B. high oxidation state of phosphorus C. presence of two −OH - O H groups and one P-H bond D. presence of one −OH - O H group and two P-H bonds. class-12 the-p-block-elements 1 Answer 0 votes answered Nov 20, 2024 by Soumyadipyadav … WebStrong reducing behaviour of H3PO2 is due to (i) The low oxidation state of phosphorus (ii) Presence of two –OH groups and one P–H bond (iii) Presence of one –OH group and two P–H bonds (iv) High electron gain enthalpy of phosphorus Correct Answer: (iii) Presence of one –OH group and two P–H bonds WebThe oxy-acid of phosphorus which contains P- H bond act as a reducing agent or reductant.In H3PO2 one -OH group and two P-H bonds are present. The oxy-acid of … norland apple tree pollinators