Канал: the Engineer's Insight

Mathematics | Binomial Series - Licensure Exam for Professional Teacher & Engineers Topic

Mathematics | Binomial Series - Licensure Exam for Professional Teacher & Engineers Topic

How to estimate tiles quantity?

How to estimate tiles quantity?

How to estimate the number of Concrete Hollow Block?

How to estimate the number of Concrete Hollow Block?

Mathematics | Odd, Even & Consecutive Integers - Licensure Exam for Teachers & Engineers Topic

Mathematics | Odd, Even & Consecutive Integers - Licensure Exam for Teachers & Engineers Topic

Mathematics | Number Problems - Licensure Exam for Professional Teacher & Engineers Topic

Mathematics | Number Problems - Licensure Exam for Professional Teacher & Engineers Topic

Mathematics | Age Problem - Licensure Exam for Professional Teacher & Engineers Topic

Mathematics | Age Problem - Licensure Exam for Professional Teacher & Engineers Topic

BOARD EXAM 101 | Projectile Motion

BOARD EXAM 101 | Projectile Motion

Strategies for Passing Your Board Exam | Learn it from 3 Times Board Exam Passer

Strategies for Passing Your Board Exam | Learn it from 3 Times Board Exam Passer

Highway Engineering | Unsymmetrical Parabolic Curve

Highway Engineering | Unsymmetrical Parabolic Curve

Structural Theory | Moment Distribution Method Part 3 of 3

Structural Theory | Moment Distribution Method Part 3 of 3

Structural Theory | Moment Distribution Method Part 2 of 3

Structural Theory | Moment Distribution Method Part 2 of 3

Structural Theory | Moment Distribution Method Part 1 of 3

Structural Theory | Moment Distribution Method Part 1 of 3

Structural Theory | Three Moment Equation Part 3 of 3

Structural Theory | Three Moment Equation Part 3 of 3

Structural Theory | Three Moment Equation Part 2 of 3

Structural Theory | Three Moment Equation Part 2 of 3

Structural Theory | Three Moment Equation Part 1 of 3

Structural Theory | Three Moment Equation Part 1 of 3

Structural Theory | Slope-Deflection Method | Analysis of indeterminate Frame Part 3 of 3

Structural Theory | Slope-Deflection Method | Analysis of indeterminate Frame Part 3 of 3

Structural Theory | Slope-Deflection Method | Analysis of indeterminate Beam Part 2 of 3

Structural Theory | Slope-Deflection Method | Analysis of indeterminate Beam Part 2 of 3

Structural Theory | Slope-Deflection Method | Analysis of indeterminate Beam Part 1 of 3

Structural Theory | Slope-Deflection Method | Analysis of indeterminate Beam Part 1 of 3

Structural Theory | Castigliano's Second Theorem (Truss Deflection) Part 3 of 3

Structural Theory | Castigliano's Second Theorem (Truss Deflection) Part 3 of 3

Structural Theory | Castigliano's Second Theorem (Frame Deflection) Part 2 of 3

Structural Theory | Castigliano's Second Theorem (Frame Deflection) Part 2 of 3

Structural Theory | Castigliano's Second Theorem (Beam Deflection) Part 1 of 3

Structural Theory | Castigliano's Second Theorem (Beam Deflection) Part 1 of 3

Highway Engineering | Vertical Curve

Highway Engineering | Vertical Curve

Structural Theory | Truss deflection using Virtual Work Method

Structural Theory | Truss deflection using Virtual Work Method

Structural theory | Frame Deflection by Virtual Work Method

Structural theory | Frame Deflection by Virtual Work Method

Structural Theory | Beam Deflection using Virtual Work Method Part 2 of 2

Structural Theory | Beam Deflection using Virtual Work Method Part 2 of 2

Structural Theory | Beam Deflection using Virtual Work Method Part 1 of 2

Structural Theory | Beam Deflection using Virtual Work Method Part 1 of 2

Structural Theory | Conjugate-beam Method part 3 of 3

Structural Theory | Conjugate-beam Method part 3 of 3

Structural Theory | Conjugate-beam Method part 2 of 3

Structural Theory | Conjugate-beam Method part 2 of 3

Structural Theory | Conjugate-beam Method part 1 of 3

Structural Theory | Conjugate-beam Method part 1 of 3

Highway Engineering | Spiral Curve

Highway Engineering | Spiral Curve

Structural Theory | Influence Line for Trusses

Structural Theory | Influence Line for Trusses

Structural Theory: Application of Influence Line

Structural Theory: Application of Influence Line

Structural Theory | Influence Line of Beam Part 2 of 2

Structural Theory | Influence Line of Beam Part 2 of 2

Structural Theory | Influence Line of Beam Part 1 of 2

Structural Theory | Influence Line of Beam Part 1 of 2

Highway Engineering | Reversed Curve

Highway Engineering | Reversed Curve

Structural Theory | Determinacy, Indeterminacy and Stability of Trusses

Structural Theory | Determinacy, Indeterminacy and Stability of Trusses

Highway Engineering | Compound Curve

Highway Engineering | Compound Curve

Should you get a Master's Degree? Know the benefits from a Civil Engineer

Should you get a Master's Degree? Know the benefits from a Civil Engineer

Structural Theory | Analysis of Statically Determinate FRAME Part 2 of 2

Structural Theory | Analysis of Statically Determinate FRAME Part 2 of 2

Structural Theory | Analysis of Statically Determinate Beams with internal Support Part 1 of 2

Structural Theory | Analysis of Statically Determinate Beams with internal Support Part 1 of 2

Statistics | Simple Linear Regression Analysis

Statistics | Simple Linear Regression Analysis

Structural Theory | Determinacy and Stability

Structural Theory | Determinacy and Stability

Fluid Mechanics | Measuring Hydrostatic Pressure using U-tube Manometer

Fluid Mechanics | Measuring Hydrostatic Pressure using U-tube Manometer

Fluid Mechanics | Sample Problems in Hydrostatic Pressure Part 2 of 2

Fluid Mechanics | Sample Problems in Hydrostatic Pressure Part 2 of 2

Fluid Mechanics | Hydrostatic Pressure, Pascal's Law Part 1 of 2

Fluid Mechanics | Hydrostatic Pressure, Pascal's Law Part 1 of 2

Surveying | Differential Leveling

Surveying | Differential Leveling

Highway Engineering | Simple Curve Sample Problem Part 2 of 2

Highway Engineering | Simple Curve Sample Problem Part 2 of 2

Highway Engineering | Simple Curve, Derivation of Formulas Part 1 of 2

Highway Engineering | Simple Curve, Derivation of Formulas Part 1 of 2

Surveying | Land Area Computation using DMD and DPD

Surveying | Land Area Computation using DMD and DPD

Strength of Materials: Moving Loads (3-wheeled) Part 2 of 2

Strength of Materials: Moving Loads (3-wheeled) Part 2 of 2

Strength of Materials: Moving Loads (2-wheeled) Part 1 of 2

Strength of Materials: Moving Loads (2-wheeled) Part 1 of 2

Determine the Right Thickness of a Highway Pavement | Highway and Transportation Engineering

Determine the Right Thickness of a Highway Pavement | Highway and Transportation Engineering

Sizing of Drainage, Waste and Vent Pipe | Revised National Plumbing Code of the Philippines

Sizing of Drainage, Waste and Vent Pipe | Revised National Plumbing Code of the Philippines

Surveying | Transit Rule (Adjustment of Closed Traverse Part 3 of 3)

Surveying | Transit Rule (Adjustment of Closed Traverse Part 3 of 3)

Surveying | Compass Rule (Adjustment of Closed Traverse Part 2 of 3)

Surveying | Compass Rule (Adjustment of Closed Traverse Part 2 of 3)

Surveying | Adjustment of Closed Traverse Part 1 of 3

Surveying | Adjustment of Closed Traverse Part 1 of 3

Strength of Materials: Composite Beam

Strength of Materials: Composite Beam

Strength of Materials: Economic Section for Beam Part 1 of 2

Strength of Materials: Economic Section for Beam Part 1 of 2

Strength of Materials: Economic Section for Beam Part 2 of 2

Strength of Materials: Economic Section for Beam Part 2 of 2

Surveying | Corrections in Tape Part 1 of 2

Surveying | Corrections in Tape Part 1 of 2

Surveying | Example for Corrections in Tape Part 2 of 2

Surveying | Example for Corrections in Tape Part 2 of 2

Statics | Principle of Analysis of Truss Part 1 of 2

Statics | Principle of Analysis of Truss Part 1 of 2

Statics | Analysis of Truss using Joint Method Part 2 of 2

Statics | Analysis of Truss using Joint Method Part 2 of 2

Physical Properties of Fluid | Mass Density, Unit Weight and Specific Gravity

Physical Properties of Fluid | Mass Density, Unit Weight and Specific Gravity

Sizing of Water Supply Pipe | Revised National Plumbing Code of the Philippines

Sizing of Water Supply Pipe | Revised National Plumbing Code of the Philippines

Engineering Professor | How I Manage my Online Classes at Home?

Engineering Professor | How I Manage my Online Classes at Home?

Equation that changed the world! (Tagalog)

Equation that changed the world! (Tagalog)

How will the COVID-19 pandemic end?

How will the COVID-19 pandemic end?

Strength of Materials: Deformation of Axially Loaded Members

Strength of Materials: Deformation of Axially Loaded Members

Strength of Materials: Deformation of Axially Loaded Members (Part 2 of 2)

Strength of Materials: Deformation of Axially Loaded Members (Part 2 of 2)

Strength of Materials: Deformation of Axially Loaded Members (Part 1 of 2)

Strength of Materials: Deformation of Axially Loaded Members (Part 1 of 2)

Strength of Materials: Hooke's Law, Axially Loaded Member (Part 2 of 2)

Strength of Materials: Hooke's Law, Axially Loaded Member (Part 2 of 2)

Strength of Materials: Hooke's Law, Axially Loaded Member (Part 1 of 2)

Strength of Materials: Hooke's Law, Axially Loaded Member (Part 1 of 2)

Strength of Materials: Normal Strain

Strength of Materials: Normal Strain

How to Survive College?

How to Survive College?

Properties of Water and the Water Cycle

Properties of Water and the Water Cycle

10 Tips for Effective Online Learning

10 Tips for Effective Online Learning

Beam Deflection using Moment-Area Method Part 3 of 4 (Bisaya, Tagalog, English)

Beam Deflection using Moment-Area Method Part 3 of 4 (Bisaya, Tagalog, English)

Beam Deflection using Moment-Area Method Part 2 of 4 (Bisaya, Tagalog, English)

Beam Deflection using Moment-Area Method Part 2 of 4 (Bisaya, Tagalog, English)

Strength of Materials: Mohr's Circle Part 2 of 2

Strength of Materials: Mohr's Circle Part 2 of 2

Strength of Materials: Mohr's Circle Part 1 of 2

Strength of Materials: Mohr's Circle Part 1 of 2

Strength of Materials: Transformation of Stresses (Stress Element)

Strength of Materials: Transformation of Stresses (Stress Element)

Integral Calculus: Volume of Solid Revolution (Washer Method) Part 2 of 2: Board Exam for Teachers

Integral Calculus: Volume of Solid Revolution (Washer Method) Part 2 of 2: Board Exam for Teachers

Integral Calculus: Volume of Solid Revolution (Disk Method) Part 1 of 2: Board Exam for Teachers

Integral Calculus: Volume of Solid Revolution (Disk Method) Part 1 of 2: Board Exam for Teachers

Strength of Materials: Double Integration Method (Beam Deflection) Part 2 of 2

Strength of Materials: Double Integration Method (Beam Deflection) Part 2 of 2

Strength of Materials: Double Integration Method (Beam Deflection) Part 1 of 2

Strength of Materials: Double Integration Method (Beam Deflection) Part 1 of 2

Soild Mechanics Experiment: Field Density Test (Sand Cone Method)

Soild Mechanics Experiment: Field Density Test (Sand Cone Method)

Soil Mechanics Experiment: Compaction Test

Soil Mechanics Experiment: Compaction Test

Soil Mechanics Experiment: Plastic Limit and Plasticity Index of Soil

Soil Mechanics Experiment: Plastic Limit and Plasticity Index of Soil

Integral Calculus: Area bounded by Curves (Part 2 of 4) : Licensure Exam for Teachers & Engineers

Integral Calculus: Area bounded by Curves (Part 2 of 4) : Licensure Exam for Teachers & Engineers

Integral Calculus: Area bounded by Curves (Part 4 of 4) Licensure Exam for Teachers & Engineers

Integral Calculus: Area bounded by Curves (Part 4 of 4) Licensure Exam for Teachers & Engineers

Integral Calculus: Area bounded by Curves (Part 1 of 4): Licensure Exam for Teachers & Engineers

Integral Calculus: Area bounded by Curves (Part 1 of 4): Licensure Exam for Teachers & Engineers

Integral Calculus: Area bounded by Curves (Part 3 of 4) : Licensure Exam for Teachers & Engineers

Integral Calculus: Area bounded by Curves (Part 3 of 4) : Licensure Exam for Teachers & Engineers

Strength of Materials: Shear Stress in Beam (Part 1 of 2)

Strength of Materials: Shear Stress in Beam (Part 1 of 2)

Strength of Materials: Shear Stress in Beam (Part 2 of 2)

Strength of Materials: Shear Stress in Beam (Part 2 of 2)

Integral Calculus: Rationalizing Substitution

Integral Calculus: Rationalizing Substitution

Strength of Materials: Thermal Effect in Axially Loaded Structure (Part 2 of 2)

Strength of Materials: Thermal Effect in Axially Loaded Structure (Part 2 of 2)

Strength of Materials: Thermal Effect in Axially Loaded Structure (Part 1 of 2)

Strength of Materials: Thermal Effect in Axially Loaded Structure (Part 1 of 2)

Strength of Materials: Flexural Bending Stress in Beam Part 2 of 2

Strength of Materials: Flexural Bending Stress in Beam Part 2 of 2

Strength of Materials: Shear and Moment Diagram using Area Method (Part 2 of 2)

Strength of Materials: Shear and Moment Diagram using Area Method (Part 2 of 2)

Strength of Materials: Shear and Moment Diagram using Area Method (Part 1 of 2)

Strength of Materials: Shear and Moment Diagram using Area Method (Part 1 of 2)

Strength of Materials: Shear and Moment Equation (S&M Diagram) Part 2 of 3

Strength of Materials: Shear and Moment Equation (S&M Diagram) Part 2 of 3

Strength of Materials: Shear and Moment Equation (S&M Diagram) Part 3 of 3

Strength of Materials: Shear and Moment Equation (S&M Diagram) Part 3 of 3

Strength of Materials: Flexural Bending Stress in Beam Part 1 of 2

Strength of Materials: Flexural Bending Stress in Beam Part 1 of 2

Strength of Materials: Shear and Moment Equation (S&M Diagram) Part 1 of 3

Strength of Materials: Shear and Moment Equation (S&M Diagram) Part 1 of 3

Integral Calculus: Integration by U-Substitution

Integral Calculus: Integration by U-Substitution

Integral Calculus: Integration using Trigonometric Substitution (Part 4 of 4)

Integral Calculus: Integration using Trigonometric Substitution (Part 4 of 4)

Integral Calculus: Integration using Trigonometric Substitution (Part 3 of 4)

Integral Calculus: Integration using Trigonometric Substitution (Part 3 of 4)

Integral Calculus: Integration using Trigonometric Substitution (Part 2 of 4)

Integral Calculus: Integration using Trigonometric Substitution (Part 2 of 4)

Integral Calculus: Integration using Trigonometric Substitution (Part 1 of 4)

Integral Calculus: Integration using Trigonometric Substitution (Part 1 of 4)

Integral Calculus: Integration by Parts

Integral Calculus: Integration by Parts

Strength of Materials: Torsion (Part 2 of 2)

Strength of Materials: Torsion (Part 2 of 2)

Strength of Materials: Torsion (Part 1 of 2)

Strength of Materials: Torsion (Part 1 of 2)

Strength of Materials: Axially Loaded Indeterminate Members

Strength of Materials: Axially Loaded Indeterminate Members

Integral Calculus: Definite Integral

Integral Calculus: Definite Integral

Integral Calculus: Integration of Transcendental functions

Integral Calculus: Integration of Transcendental functions

Integral Calculus: Integration of Trigonometric Function using Power Rule

Integral Calculus: Integration of Trigonometric Function using Power Rule

Integral Calculus: Trigonometric Function Part 2 of 2

Integral Calculus: Trigonometric Function Part 2 of 2

Integral Calculus: Trigonometric Function Part 1 of 2

Integral Calculus: Trigonometric Function Part 1 of 2

Integral Calculus: Power Rule Part 2 of 2 (Filipino English)

Integral Calculus: Power Rule Part 2 of 2 (Filipino English)

Integral Calculus: Power Rule Part 1 of 2 (Filipino, English)

Integral Calculus: Power Rule Part 1 of 2 (Filipino, English)

Strength of Materials: Bearing Stress Part 2 of 2 (Filipino, English)

Strength of Materials: Bearing Stress Part 2 of 2 (Filipino, English)

Strength of Materials: Bearing Stress Part 1 of 2

Strength of Materials: Bearing Stress Part 1 of 2

Strength of Materials: Shear Stress (Filipino, English)

Strength of Materials: Shear Stress (Filipino, English)

Strength of Materials: Normal Stress Part 3 of 3 (Filipino, English)

Strength of Materials: Normal Stress Part 3 of 3 (Filipino, English)

Strength of Materials: Normal Stress Part 2 of 3 (Filipino, English)

Strength of Materials: Normal Stress Part 2 of 3 (Filipino, English)

Strength of materials: Normal Stress Part 1 of 3 (Filipino, English)

Strength of materials: Normal Stress Part 1 of 3 (Filipino, English)

Beam Deflection using Moment-Area Method Part 4 of 4 (Bisaya, Tagalog, English)

Beam Deflection using Moment-Area Method Part 4 of 4 (Bisaya, Tagalog, English)

Beam Deflection using Moment-Area Method Part 1 of 4 (Bisaya, Tagalog, English)

Beam Deflection using Moment-Area Method Part 1 of 4 (Bisaya, Tagalog, English)

Discrete Cumulative Probability Distribution

Discrete Cumulative Probability Distribution

Integration Technique: Partial Fraction Decomposition (Part 2 of 2)

Integration Technique: Partial Fraction Decomposition (Part 2 of 2)

Integration Technique: Partial Fraction Decomposition (Part 1 of 2)

Integration Technique: Partial Fraction Decomposition (Part 1 of 2)

Probability Distribution: Random Variable

Probability Distribution: Random Variable

Discrete Probability Distribution

Discrete Probability Distribution

Bernoulli's Equation (Differential Equation)

Bernoulli's Equation (Differential Equation)

Integration of Trigonometric Function involving Trigonometric Identities (Part 2 of 2)

Integration of Trigonometric Function involving Trigonometric Identities (Part 2 of 2)

Integration of Trigonometric Function involving Trigonometric Identities (Part 1 of 2)

Integration of Trigonometric Function involving Trigonometric Identities (Part 1 of 2)

Britania, Surigao del Sur

Britania, Surigao del Sur

Malaysia

Malaysia

Coron, Palawan 2018

Coron, Palawan 2018

PE of section E1E. group 7- University of Mindanao-aerobic dance-jay cabuñas and charlene baja

PE of section E1E. group 7- University of Mindanao-aerobic dance-jay cabuñas and charlene baja