Chapter 4: Differentiation of Vector Functions (31 videos)  (Practice Test)

4.1: Differentiation of Scalar and Vector Functions  (Practice Test)

1. Definition of Scalar and Vector Function
2. Definition of scalar and vector functions
3. Graph of Vector Function
4. Domain and Range of Vector Function
5. Problem-Domain and Range of Vector Function
6. Vector Function Operations
7. Vector Function Operations
8. Problem1-Vector Function Operations
9. Problem2-Vector Function Operations

4.2: Limits and Continuity   (Practice Test)

1. Limit of Vector Function
2. Problem-Limit of Vector Function
3. Rules for Vector Limits
4. Problem-Rules for Vector Limits
5. Continuity of Vector Function
6. Continuity of Vector Function

4.3: Derivative of Vector Function  (Practice Test)

1. Derivative of Vector Function
2. Derivative of Vector Function
3. Problem-Derivative of Vector Function
4. How to Check Differentiability of Vector Function

4.4: Vector Differentiation  (Practice Test)

1. Consant and Linearity Rule for Vector Functions
2. Problem-Constant and Linearity Rule for Vector Functions
3. Scalar Multiple and Quotient Rule for Vector Functions
4. Dot Product and Cross Product Rule for Vector Functions
5. Dot Product and Cross Product Rule for Vector Functions
6. Dot Product and Cross Product Rule for Vector Functions
7. Problem-Dot Product and Cross Product Rule for Vector Functions
8. Chain Rule for Vector Function
9. Problem-Chain Rule for Vector Function
10. Differentiation of Position Vector, Velocity and Acceleration
11. Problem-Differentiation of Position Vector, Velocity and Acceleration
12. Problem-Differentiation of Position Vector, Velocity and Acceleration