Good reducing nature of h3po2 is attributed
WebAnswer (1 of 2): When HCl donates a proton to NaHco3 to form NaCl, H2O, and Co2, there is no redox reaction taking place. When NaBh4 acts a a strong Lewis base and attacks an aldehyde with Lewis acidity, you get a reduction. Other Lewis acids and bases typically don't undergo oxidation/reduction,... WebMar 3, 2024 · Hypophosphorous acid as well as its salts are strong reducing agents. It has only one ionisable hydrogen atom i.e., the acid is monobasic. ...
Good reducing nature of h3po2 is attributed
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WebAnswer (1 of 2): Im explain you through a example. When i realate one to another its seems to easy to understand… Let, H2O2 and HN02 can act as oxidising and reducing agent due to their oxidation state. In H2O2, O atom are in -1 oxidation state. They can accept an electron and go to -2 oxidati... WebOct 13, 2024 · The central atom here is Phosphorous (P). H3PO4: +5. H3PO3: +3. H3PO2: +1. Hence, the order of reducing character is H3PO4>H3PO3>H3PO2. Advertisement. shashankavsthi. Oxidation is opposite of nature so first let conclude it's oxidising tendency and then reverse the order to get reducing tendency. H3PO3- It can give 2 OH ion.
WebMar 28, 2024 · These reducing agents reduce other molecules. In case of acids if a central atom is present in its maximum oxidation state then it cannot further increase its oxidation state. So, it would not act as a reducing agent. In \[{H_3}P{O_4}\] , phosphorus is present in its maximum oxidation state $( + 5)$. Hence it will not act as a reducing agent. WebQ. H 3P O2 has a good reducing nature. It is attributed to the presence of: 7 9 NTA Abhyas NTA Abhyas 2024 Report Error A One P −H bond B Two P − OH bonds C Two P − H bond D One P −OH bond Solution: The hydrogen atoms in OH bond are ionizable and are acidic whereas the hydrogen atoms in P − H bonds have reducing property.
WebMar 2, 2024 · Strong reducing behaviour \ [ {H_3}P {O_2}\;\] is due to the presence of one \ [ - {\text { }}OH\] group and two \ [P-H\] bonds. It has a high tendency to release protons. … WebGood reducing nature of H 3 PO 2 is attributed to the presence of : A Two P − OH bonds B One P − H bond C Two P − H bonds D One P − OH bond Check Answer 2 JEE Main …
WebJan 6, 2024 · 1. My chemistry textbook suggests that "acids which contain a P-H bond have strong reducing properties". Both hypophosphorous acid (H3PO2) and pyrophosphorous acid (H4P2O5) contain two P-H bonds; a P-O-P bond is present additionally in pyrophosphorous acid (as in the figures below). Which of these two turns out to be a …
WebH3PO2 is good reducing agent due to presenceof two P–H bonds. lood reducing nature of H3PO2 ttributed to the presence of:a)One P -OH bondb)One P-H bondc)Two P-H … flexity financiereWebIn some textbooks, general rule followed is higher the oxidation state of central atom, more is the acidic nature. Now this is correct for some acids but not all. This is an exception. Order of acidic strength is - H3PO2>H3PO3>H3PO4 Thus we can also say that P4O6>P4O10 (acidic order) flexit yeadonWebSolution 1 Greater the number of element−hydrogen (E−H) bonds present in a compound, greater is the reducing nature of the compound. H 3 PO 2 has two P−H bonds while H 3 PO 3 has one P−H bond. Thus, H 3 PO 2 is a stronger … flexity herbizidWebFeb 19, 2024 · Why is hypophosphorous acid ( H X 3 P O X 2) a strong reducing agent? the oxidation state of phosphorous in H X 3 P O X 2 is + 5, as hydrogen and oxygen both are more electronegative than … flexity hrWebClick here👆to get an answer to your question ️ Good reducing nature of H3PO2 is attributed to the presence of. Solve Study Textbooks. Join / Login >> Class 12 >> … chelsea ok countyWebMar 17, 2024 · Strong reducing behavior of H3PO2 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. Mark me BRAINLIEST Advertisement Advertisement flexity fungicydWebOct 5, 2024 · The H-atom joined to the P- atom is reducing in nature and is not ionisable as a proton and therefore H3PO3 acts as a dibasic acid. ... Is H3PO2 a reducing agent? The p-Block Elements. Account for the following: H3PO2 and H3PO3 acts as good reducing agents while H3PO4 does not. in H3PO2 and H3PO3 , 2 hydrogen atoms and 1 … flexity finance