Канал: LA VERNE RAMIR D CERTEZA

$22 Integration by partial fraction$

22 Integration by partial fraction

21 Integration by parts

21 Integration by parts

20 Improper Integral

20 Improper Integral

19 Trigonometric Groups Part 2

19 Trigonometric Groups Part 2

18 Trigonometric Groups (Part 1)

18 Trigonometric Groups (Part 1)

17 Secondary Formulas

17 Secondary Formulas

16 Integrals Resulting to Inverse Trigonometric functions

16 Integrals Resulting to Inverse Trigonometric functions

15 U-technique (Trigonometric Functions)

15 U-technique (Trigonometric Functions)

14 U-technique (Exponential and Logarithmic Functions)

14 U-technique (Exponential and Logarithmic Functions)

13 U-technique (Algebraic Functions)

13 U-technique (Algebraic Functions)

12 Area Bounded by a Curve - Example 2

12 Area Bounded by a Curve - Example 2

11 Area Bounded by a Curve - Example 1

11 Area Bounded by a Curve - Example 1

10 Intro to Finding the Area Under a Curve

10 Intro to Finding the Area Under a Curve

9 Motion Analysis - Example 2

9 Motion Analysis - Example 2

8 Motion Analysis - Example 1

8 Motion Analysis - Example 1

7 Finding the Equation of a Curve - Example 2

7 Finding the Equation of a Curve - Example 2

6 Finding the Equation of a Curve - Example 1

6 Finding the Equation of a Curve - Example 1

5 Intro to Finding the Equation of a Curve

5 Intro to Finding the Equation of a Curve

4 Solving a Definite Integral - Example

4 Solving a Definite Integral - Example

3 Intro to Definite Integrals

3 Intro to Definite Integrals

2 Transforming the integrand

2 Transforming the integrand

1 Anti-Differentiation

1 Anti-Differentiation

9.4 Effectiveness-NTU Method

9.4 Effectiveness-NTU Method

9.3 Log Mean Temperature Difference Method

9.3 Log Mean Temperature Difference Method

9.2 Introduction to Heat Exchanger Analysis

9.2 Introduction to Heat Exchanger Analysis

9.1 Types of Heat Exchangers

9.1 Types of Heat Exchangers

8.6 Mixed Convection

8.6 Mixed Convection

8.5 Nusselt Number Correlations - Free Convection Within Enclosures

8.5 Nusselt Number Correlations - Free Convection Within Enclosures

8.4 Nusselt Number Correlations - Free Convection Within Parallel Plate Channels

8.4 Nusselt Number Correlations - Free Convection Within Parallel Plate Channels

8.3 Nusselt Number Correlations - Free Convection Over Surfaces

8.3 Nusselt Number Correlations - Free Convection Over Surfaces

8.2 Grashof Number and Rayleigh Number

8.2 Grashof Number and Rayleigh Number

8.1 Mechanism of Free Convection

8.1 Mechanism of Free Convection

7.5 Internal Forced Convection Correlations

7.5 Internal Forced Convection Correlations

7.4 Thermal Analysis of Internal Flows - Constant Surface Temperature

7.4 Thermal Analysis of Internal Flows - Constant Surface Temperature

7.3 Thermal Analysis of Internal Flows - Constant Surface Heat Flux

7.3 Thermal Analysis of Internal Flows - Constant Surface Heat Flux

7.2 Entrance Region

7.2 Entrance Region

7.1 Average Velocity and Temperature

7.1 Average Velocity and Temperature

6.3 Flow over Cylinders and Spheres

6.3 Flow over Cylinders and Spheres

6.2 Flow over Flat Plates

6.2 Flow over Flat Plates

6.1 Heat Transfer in External Flows

6.1 Heat Transfer in External Flows

Baby Reign Penales - Hydrocephalus Patient

Baby Reign Penales - Hydrocephalus Patient

Unit 2.4 Higher Order Derivatives

Unit 2.4 Higher Order Derivatives

Unit 2.3.4 Rules of Differentiation - Derivatives of Inverse Trigonometric Functions

Unit 2.3.4 Rules of Differentiation - Derivatives of Inverse Trigonometric Functions

Unit 2.3.3 Rules of Differentiation - Derivatives of Exponential and Logarithmic Functions

Unit 2.3.3 Rules of Differentiation - Derivatives of Exponential and Logarithmic Functions

Unit 2.3.2 Rules of Differentiation - Derivative of Trigonometric Functions

Unit 2.3.2 Rules of Differentiation - Derivative of Trigonometric Functions

Unit 2.3.1 Rules of Differentiation - Derivatives of Algebraic Functions

Unit 2.3.1 Rules of Differentiation - Derivatives of Algebraic Functions

4.2 Biot Number

4.2 Biot Number

1.9 Net Radiation Heat Transfer

1.9 Net Radiation Heat Transfer

5.7 Reynolds Number

5.7 Reynolds Number

5.6 Prandtl Number

5.6 Prandtl Number

5.5 Thermal Boundary Layer

5.5 Thermal Boundary Layer

5.3 Classification of Fluid Flows

5.3 Classification of Fluid Flows

5.4 Velocity Boundary Layer

5.4 Velocity Boundary Layer

5.2 Nusselt Number

5.2 Nusselt Number

5.1 Review on the Mechanisms of Heat Convection

5.1 Review on the Mechanisms of Heat Convection

4.4 Analytical Solutions for One-Dimensional Transient Heat Conduction

4.4 Analytical Solutions for One-Dimensional Transient Heat Conduction

4.3 Fourier Number

4.3 Fourier Number

4.1 Lumped System Analysis

4.1 Lumped System Analysis

3.14 Proper Fin Length

3.14 Proper Fin Length

3.13 Fin Effectiveness

3.13 Fin Effectiveness

3.12 Fin Efficiency

3.12 Fin Efficiency

3.11 Heat Transfer from Finned Surfaces (Fin Tip Conditions)

3.11 Heat Transfer from Finned Surfaces (Fin Tip Conditions)

3.10 Heat Transfer from Finned Surfaces (Energy Balance on a Fin)

3.10 Heat Transfer from Finned Surfaces (Energy Balance on a Fin)

3.9 Critical Radius of Insulation

3.9 Critical Radius of Insulation

3.8 Total Thermal Resistance of Composite Materials

3.8 Total Thermal Resistance of Composite Materials

3.7 Total Thermal Resistance and Overall Heat Transfer Coefficient

3.7 Total Thermal Resistance and Overall Heat Transfer Coefficient

3.6 Convection and Radiation Thermal Resistance

3.6 Convection and Radiation Thermal Resistance

3.5 Conduction Thermal Resistance

3.5 Conduction Thermal Resistance

3.4 Introduction to Thermal Resistance

3.4 Introduction to Thermal Resistance

3.3 One-Dimensional Steady State Heat Conduction in Spheres

3.3 One-Dimensional Steady State Heat Conduction in Spheres

2.6 Heat Conduction Equation for Cylinders and Spheres

2.6 Heat Conduction Equation for Cylinders and Spheres

3.2 One-Dimensional Steady State Heat Conduction in Cylinders

3.2 One-Dimensional Steady State Heat Conduction in Cylinders

3.1 One-Dimensional Steady State Heat Conduction in Plane Walls

3.1 One-Dimensional Steady State Heat Conduction in Plane Walls

2.7 Initial and Boundary Conditions

2.7 Initial and Boundary Conditions

2.3 Multidimensional Heat Transfer

2.3 Multidimensional Heat Transfer

2.5 Heat Conduction Equation for Plane Walls

2.5 Heat Conduction Equation for Plane Walls

2.4 Thermal Energy Generation

2.4 Thermal Energy Generation

2.2 Time Dependence of Temperature

2.2 Time Dependence of Temperature

2.1 Conventions in Expressing Temperature and Heat Part 2

2.1 Conventions in Expressing Temperature and Heat Part 2

2.1 Conventions in Expressing Temperature and Heat Part 1

2.1 Conventions in Expressing Temperature and Heat Part 1

1.9 Simultaneous Heat Transfer

1.9 Simultaneous Heat Transfer

1.8 Irradiation and Absorptivity

1.8 Irradiation and Absorptivity

1.7 Stefan Boltzmann Law

1.7 Stefan Boltzmann Law

1.6 Introduction to Convection

1.6 Introduction to Convection

1.5 Specific Heat and Thermal Diffusivity

1.5 Specific Heat and Thermal Diffusivity

1.4 Thermal Conductivity

1.4 Thermal Conductivity

1.3 Fourier's Law of Heat Conduction

1.3 Fourier's Law of Heat Conduction

1.2 What is Heat?

1.2 What is Heat?

1.1 Applications of Heat Transfer

1.1 Applications of Heat Transfer

19 Exact Solutions on Special Polytropic Processes of Ideal Gases

19 Exact Solutions on Special Polytropic Processes of Ideal Gases

18 Approximate Solutions on Special Polytropic Processes of Ideal Gases

18 Approximate Solutions on Special Polytropic Processes of Ideal Gases

17 Introduction to Special Polytropic Processes of Ideal Gases

17 Introduction to Special Polytropic Processes of Ideal Gases

16 Exact Solutions on Isentropic Processes of Ideal Gases

16 Exact Solutions on Isentropic Processes of Ideal Gases

15 Approximate Solutions on Isentropic Processes of Ideal Gases

15 Approximate Solutions on Isentropic Processes of Ideal Gases

14 Introduction to Isentropic Processes of Ideal Gases

14 Introduction to Isentropic Processes of Ideal Gases

13 Exact Solutions on Isothermal Processes of Ideal Gases

13 Exact Solutions on Isothermal Processes of Ideal Gases

12 Approximate Solutions on Isothermal Processes of Ideal Gases

12 Approximate Solutions on Isothermal Processes of Ideal Gases

11 Introduction to Isothermal Processes of Ideal Gases

11 Introduction to Isothermal Processes of Ideal Gases

10 Exact Solutions on Isometric Processes of Ideal Gases

10 Exact Solutions on Isometric Processes of Ideal Gases

9 Approximate Solutions on Isometric Processes

9 Approximate Solutions on Isometric Processes

8 Introduction to Isometric Process of Ideal Gases

8 Introduction to Isometric Process of Ideal Gases

7 Exact Solutions on Isobaric Processes of Ideal Gases

7 Exact Solutions on Isobaric Processes of Ideal Gases

6 Approximate Solutions on Isobaric Processes of Ideal Gases

6 Approximate Solutions on Isobaric Processes of Ideal Gases

5 Introduction to Isobaric Process of Ideal Gases

5 Introduction to Isobaric Process of Ideal Gases

4 Polytropic Processes of Ideal Gases

4 Polytropic Processes of Ideal Gases

3 Second-Law Efficiency

3 Second-Law Efficiency

2 Irreversible Processes

2 Irreversible Processes

1 Types of Thermodynamic Processes

1 Types of Thermodynamic Processes

17 Sample Problem on Solving for the Change in Specific Enthalpy

17 Sample Problem on Solving for the Change in Specific Enthalpy

16 Sample Problem on the Specific Heat Ratio of an Ideal Gas Mixture

16 Sample Problem on the Specific Heat Ratio of an Ideal Gas Mixture

15 Sample Problem on the Specific Heat of a Mixture of Ideal Gases

15 Sample Problem on the Specific Heat of a Mixture of Ideal Gases

14 Sample Problem on the Change in Internal Energy and Change in Enthalpy

14 Sample Problem on the Change in Internal Energy and Change in Enthalpy

13 Sample Problem on Specific Heats

13 Sample Problem on Specific Heats

12 Entropy, Heat, and the Areas in the P-V Diagram

12 Entropy, Heat, and the Areas in the P-V Diagram

11 Change in specific internal energy and change in specific enthalpy

11 Change in specific internal energy and change in specific enthalpy

10 Introduction to Specific Heats

10 Introduction to Specific Heats

9 Applications of the Ideal Gas Equation of State

9 Applications of the Ideal Gas Equation of State

8 Applications of the Ideal Gas Equation of State

8 Applications of the Ideal Gas Equation of State

7 Applications of the Ideal Gas Equation of State

7 Applications of the Ideal Gas Equation of State

6 Applications of the Ideal Gas Equation of State

6 Applications of the Ideal Gas Equation of State

5 Applications of the Ideal Gas Equation of State

5 Applications of the Ideal Gas Equation of State

4 Applications of the Ideal Gas Equation of State

4 Applications of the Ideal Gas Equation of State

3 Applications of the Ideal Gas Equation of State

3 Applications of the Ideal Gas Equation of State

2 Applications of the Ideal Gas Equation of State

2 Applications of the Ideal Gas Equation of State

1 Applications of Ideal Gas Equation of State

1 Applications of Ideal Gas Equation of State