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1 |
Functions of two or more variables, neighborhoods and regions.
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2 |
Limits, iterated Limits, continuity, uniform continuity, partial derivatives, higher- order partial derivatives.
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3 |
Differentials, theorems on differentials, differentiation of composite functions.
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4 |
Implicit functions, Jacobians, partial derivatives using Jacobians, theorems on Jacobians, transformations, curvilinear coordinates. Mean Value Theorems.
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5 |
Applications of partial derivatives, applications to Geometry
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6 |
Directional derivatives, differentiation under the integral sign, integration under the integral sign.
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7 |
Maxima and Minima Method of Lagrange multipliers for maxima and minima, applications to errors.
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8 |
Mid-Term Exam
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9 |
Double Integrals. Iterated Integrals.
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10 |
Triple Integrals. Transformations of Multiple Integrals.
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11 |
The calculation of the areas in Polar Coordinates
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12 |
Area calculation in Cylindrical and Spherical Coordinates.
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13 |
Definitions of infinite series; and their convergence and divergence. Fundamental facts concerning infinite series. Special series. Tests for convergence and divergence of series of constants.
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14 |
Theorems on absolutely convergent series. Infinite sequences and series of functions, power series. theorems on power Series. Operations with power series. Expansion of functions in power series. Taylor’s Theorem. Some important power series
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15 |
Final Exam
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16 |
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17 |
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18 |
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19 |
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20 |
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