ACKNOWLEDGEMENT

Teaching and learning

Demarcation of s,p,d and f block elements
Demarcation of s,p,d and f block elements
Logarithm
Logarithm
Electronic Configuration
Electronic Configuration
Electronic Configuration
Electronic Configuration
De-Broglie Hypothesis
De-Broglie Hypothesis
Rutherford's atomic model
Rutherford's atomic model
Fundamental laws
Fundamental laws
Properties of protons
Properties of protons
Properties of Cathode Rays
Properties of Cathode Rays
Discovery of Neutrons
Discovery of Neutrons
Discovery of proton
Discovery of proton
Discovery of electron
Discovery of electron
chemistry ch.2 The atomic structure
chemistry ch.2 The atomic structure
Trigonometry: prove that the identities for class 10 ch#15
Trigonometry: prove that the identities for class 10 ch#15
topic: trigonometry, class 10 (Mathematics)
topic: trigonometry, class 10 (Mathematics)
physics (The atomic spectra) ch#18
physics (The atomic spectra) ch#18
Mathematics(second year) topic: circle
Mathematics(second year) topic: circle
Mathematics(second year) topic: Circle Exercise # 7.1 with Q.No.9,10 and 11
Mathematics(second year) topic: Circle Exercise # 7.1 with Q.No.9,10 and 11
Mathematics (for second year) Topic: Circle , exercise # 7.1
Mathematics (for second year) Topic: Circle , exercise # 7.1
SECOND YEAR (MATH) TOPIC: CIRCLE , EXERCISE 7.1
SECOND YEAR (MATH) TOPIC: CIRCLE , EXERCISE 7.1
CONTINUE CLASS FOR BINOMIAL THEOREM(FOR FIRST YEAR STUDENTS) MATHEMATICS: EXERCISE 8.3
CONTINUE CLASS FOR BINOMIAL THEOREM(FOR FIRST YEAR STUDENTS) MATHEMATICS: EXERCISE 8.3
Physics: derivation (1st,2nd and 3rd equations of motion) ch#03 kinematics for matric students
Physics: derivation (1st,2nd and 3rd equations of motion) ch#03 kinematics for matric students
Lecture : chemistry ch.#07, Method ionic equations for first year students
Lecture : chemistry ch.#07, Method ionic equations for first year students