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Chemical Bonding /JEE Main 2022 June Shift Question-Solution

Chemical Bonding /JEE Main 2022 June Shift Question-Solution Question paper and solution paper, Chapters Chemical Bonding, Inorganic chemistry Jee Mains 2022, June shift, Questions & solutions paper Chemical Bonding ***************************************************************************************************** ***************************************************************************************************** ⏲️Time Stamps⏲️ 00:00 Intro - Chemical Bonding /JEE Main 2022 June Shift Question-Solution 00:27 Match List -I with List -II 03:25 The correct order of bond orders of C_2^(2-) , N_2^(2-) and O_2^(2-) is, respectively 05:00 Bonding in which of the following diatomic molecule(s) stronger, on the basis of MO Theory, by removal of an electron? (A) NO, (B) N2 , (C) O2, (D) C2 , (E) B2 06:10 Consider the ions/molecule O_2^+ , O_2 , O_2^- , O_2^(2-). For increasing bond order the correct option is 08:18 Amongst SF_4 , XeF_4 , CF_4 and H_2 O, the number of species with two lone pairs of electrons _________. 10:01 Based upon VSEPR theory, match the shape (geometry) of the molecules in List -I with the molecules in List -I and select the most appropriate option 11:53 The correct order of increasing intermolecular hydrogen bond strength is 12:37 The hybridization of P exhibited in PF_5 is sp^x d^y. The value of y is __________. 13:16 In the structure of SF_4, the lone pair of electrons on S is in 14:41 Number of lone pair (s) of electrons on central atom and the shape of BrF_3 molecule respectively, are 15:45 Consider the species CH_4, NH_4^+ and BH_4^-. Choose the correct option with respect to the there species 17:01 Conclusion ***************************************************************************************************** Subscribe: | 🔔Make sure to enable ALL push notifications 🔔 ***************************************************************************************************** Production Credits: Your Chemistry Lab Edited by: Your Chemistry Lab Filmed by: Your Chemistry Lab Produced by: Your Chemistry Lab Video Title: Chemical Bonding /JEE Main 2022 June Shift Question-Solution ***************************************************************************************************** Video Link:    • Chemical Bonding /JEE Main 2022 June ...   More Video class Video: Periodic table/JEE Main 2022 June Shift Questions & Solution Link:    • Periodic table/JEE Main 2022 June Shi...   Video : Atomic structure/JEE Main 2022 June shift Questions solution Link:    • Atomic structure/JEE Main 2022 June s...   Video : p-Block Elements /JEE Main 2022 June Shift Question & Answer Link:    • p-Block Elements/JEE Main 2022 June S...   Video : s-Block elements /JEE Main 2022 June shift Question solution Link:    • s-Block elements /JEE Main 2022 June ...   Video : Metallurgy I JEE Main 2022 /Questions & Solutions June shift Link :    • Metallurgy I JEE Main 2022 /Questions...   Playlist : Redox Reaction Class 11 Playlist link :    • Redox Reaction Class 11   Playlist : Reaction mechanism of organic chemistry Playlist link :    • Reaction mechanism of organic chemistry   Playlist : Chemical bonding & molecular orbital theory Playlist link :    • Chemical bonding & molecular orbital ...   ***************************************************************************************************** About Your Chemistry Lab Welcome to Your Chemistry Lab at youtube channel Your Chemistry Lab is regarding NEET-UG and JEE-MAIN & ADVANCED preparation to get higher rankings best way to score. Here you can find awesome videos classes about NEET-UG and JEE-MAIN & ADVANCED topic wise content with complete explanation. We are provide Daily Practice Paper(DPP) and 10 questions have in this DPP programme. Quality Chemistry Classes Videos that feature step-by-step example problems for Class 11 and Class 12 and also NEET aspirants & JEE aspirants. !!!!! Your Chemistry Lab !!!!! ***************************************************************************************************** #JEECHEMISTRY #yourchemistrylab #juneshift2022 #yclchemistry