
Continuity and Differentiability
Sketch Notes T esting Continuity and Discontinuity of a Function Differentiation Differentiation technicque – substitution method Differentiation by quotient rule Parametric differentiation Mean Value Theorem
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Sketch Notes T esting Continuity and Discontinuity of a Function Differentiation Differentiation technicque – substitution method Differentiation by quotient rule Parametric differentiation Mean Value Theorem
Trigonometric Quadrant System Half angle identities Double and triple angle identities Power Reducing Identities
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Basic concepts Limiting reagent Empirical formula Number of molecules
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Atomic mass can be determined by applying the following formula. Atomic mass = (w1A1 + w2A2)/(w1+w2) If the weight is given in terms of weight percentage replace w1 as w1% , w2 as w2 % and (w1 + w2) as 100 respectively in the above equation.
Shapes of Atomic Orbitals visualized using balloons by Rakshitha s-Orbital p-Orbitals d-Orbitals visualized with balloons by Pavani Can you guess the structure of the other two shapes of d orbital? Watch this video in the link given below. dx^2-y^2 and dz^2 orbitals
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