Jagriti S.
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2 yrs of Exp 
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IIT kharagpur 2018
Master of Science (M.Sc.)
Chattarpur Extension, Delhi, India - 110074
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Class Location
Online class via Zoom
Student's Home
Tutor's Home
Years of Experience in Class 12 Tuition
2
Board
CBSE, State, ISC/ICSE
Subjects taught
Chemistry
Taught in School or College
No
Class Location
Online class via Zoom
Student's Home
Tutor's Home
Years of Experience in Class 11 Tuition
2
Board
CBSE, State, ISC/ICSE
Subjects taught
Chemistry
Taught in School or College
No
Answered on 08/02/2019 Learn CBSE - Class 11/Chemistry/Redox Reactions
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Answers 4 
Comments Answered on 07/02/2019 Learn CBSE - Class 11/Chemistry/Unit 11-Some p -Block Elements
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Boron and other 13th group elements in the periodic table generally forms electron deficient compounds. Therefore to minimise their electron deficiency either they form adduct with some electron donor species generally lewis bases (such as NH3) or dimerise ( as in the case of B2H6 or Al2Cl6). In the case of boron halides typically with chlorides,bromides,iodides boron completes its electron defiency by forming adduct with NH3 also its hybridisation changes from sp2 to sp3 while it does so. taking BF3 as a special case, it involves back bonding (2p-2p) overlap so it is least probable to form adduct with lewis bases such as NH3.
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Class Location
Online class via Zoom
Student's Home
Tutor's Home
Years of Experience in Class 12 Tuition
2
Board
CBSE, State, ISC/ICSE
Subjects taught
Chemistry
Taught in School or College
No
Class Location
Online class via Zoom
Student's Home
Tutor's Home
Years of Experience in Class 11 Tuition
2
Board
CBSE, State, ISC/ICSE
Subjects taught
Chemistry
Taught in School or College
No
Answered on 08/02/2019 Learn CBSE - Class 11/Chemistry/Redox Reactions
Ask a Question
Post a Lesson
Like 0 Answers 4 Comments Answered on 07/02/2019 Learn CBSE - Class 11/Chemistry/Unit 11-Some p -Block Elements
Ask a Question
Post a Lesson
Boron and other 13th group elements in the periodic table generally forms electron deficient compounds. Therefore to minimise their electron deficiency either they form adduct with some electron donor species generally lewis bases (such as NH3) or dimerise ( as in the case of B2H6 or Al2Cl6). In the case of boron halides typically with chlorides,bromides,iodides boron completes its electron defiency by forming adduct with NH3 also its hybridisation changes from sp2 to sp3 while it does so. taking BF3 as a special case, it involves back bonding (2p-2p) overlap so it is least probable to form adduct with lewis bases such as NH3.
Like 0 Answers 3 Comments Ask a Question
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