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Very best and awesome tuition class. I am satisfied it. Provides focus on your study.
House No-556/76, Sujanpura Road,
Near Nokia Care
Alambagh, Lucknow, India - 226005
Landmark: Near Bus Stand
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Class Location
Online class via Zoom
At the Institute
BCom Subject
Event Management, Auditing and Corporate Governance, E-Commerce, Marketing, Accounting Information Systems, Financial Accounting, E-Business Accounting, Management Accounting, Business Laws, Corporate Accounting, Cost Accounting
Type of class
Regular Classes, Crash Course
Class strength catered to
Group Classes
Class Location
Online class via Zoom
At the Institute
Board
CBSE, ICSE, State
Subjects taught
Mathematics, Physics, Chemistry, Science
Class Location
Online class via Zoom
At the Institute
Board
CBSE, ICSE, State
Subjects taught
Science, Mathematics, Physics, Chemistry
Class Location
Online class via Zoom
At the Institute
Board
CBSE, State, ISC/ICSE
Subjects taught
Mathematics, Physics, Chemistry
Class Location
Online class via Zoom
At the Institute
Board
CBSE, State, ISC/ICSE
Subjects taught
Physics, Chemistry, Mathematics
5 out of 5 3 reviews
Farjana
"Very best and awesome tuition class. I am satisfied it. Provides focus on your study. "
Mohd nafees
"They provide best teacher for my son, they are really working hard keep it up, service is excellent. "
Mohd Kashif Baig
"Best home tuition provider at my opinion very good teacher to teach and help in study. So I satisfied. Thank you. "
Have you attended any class with Smart Tuition Classes?
Answered on 06/11/2018 Learn CBSE - Class 11/Chemistry/Chemical Bonding and Molecular Structure
Ask a Question
In C.G.S. system, the charge is expressed as esu and the length is cm.
Thus the unit of µ is esu cm.
The charge is the order of 10?¹? esu and the distance of separation of charge is in the order of 10?? cm. Hence the order of µ is 10?¹? × 10?? = 10?¹? esu cm. This magnitude is called one Debye.
That is, 1 Debye = 10?¹? esu cm.
For example, µ of HCl is 1.03 D means, µ of HCl is 1.03 ? 10?¹? esu cm.
In SI system, charge is expresses in coulomb(c) and length is meter(m).
Hence the unit of µ is coulomb × meter (c ? m).
Ask a Question
Also have a look at
Class Location
Online class via Zoom
At the Institute
BCom Subject
Event Management, Auditing and Corporate Governance, E-Commerce, Marketing, Accounting Information Systems, Financial Accounting, E-Business Accounting, Management Accounting, Business Laws, Corporate Accounting, Cost Accounting
Type of class
Regular Classes, Crash Course
Class strength catered to
Group Classes
Class Location
Online class via Zoom
At the Institute
Board
CBSE, ICSE, State
Subjects taught
Mathematics, Physics, Chemistry, Science
Class Location
Online class via Zoom
At the Institute
Board
CBSE, ICSE, State
Subjects taught
Science, Mathematics, Physics, Chemistry
Class Location
Online class via Zoom
At the Institute
Board
CBSE, State, ISC/ICSE
Subjects taught
Mathematics, Physics, Chemistry
Class Location
Online class via Zoom
At the Institute
Board
CBSE, State, ISC/ICSE
Subjects taught
Physics, Chemistry, Mathematics
5 out of 5 3 reviews
Farjana
"Very best and awesome tuition class. I am satisfied it. Provides focus on your study. "
Mohd nafees
"They provide best teacher for my son, they are really working hard keep it up, service is excellent. "
Mohd Kashif Baig
"Best home tuition provider at my opinion very good teacher to teach and help in study. So I satisfied. Thank you. "
Have you attended any class with Smart Tuition Classes?
Answered on 06/11/2018 Learn CBSE - Class 11/Chemistry/Chemical Bonding and Molecular Structure
Ask a Question
In C.G.S. system, the charge is expressed as esu and the length is cm.
Thus the unit of µ is esu cm.
The charge is the order of 10?¹? esu and the distance of separation of charge is in the order of 10?? cm. Hence the order of µ is 10?¹? × 10?? = 10?¹? esu cm. This magnitude is called one Debye.
That is, 1 Debye = 10?¹? esu cm.
For example, µ of HCl is 1.03 D means, µ of HCl is 1.03 ? 10?¹? esu cm.
In SI system, charge is expresses in coulomb(c) and length is meter(m).
Hence the unit of µ is coulomb × meter (c ? m).
Ask a Question
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