Канал: Jeff Siyambango

Integration by u substitution #example

Integration by u substitution #example

Integral of by Algebraic substitution

Integral of by Algebraic substitution

FBD

FBD

Test 1 practice question: hyperbola with a directrix

Test 1 practice question: hyperbola with a directrix

Derivatives of inverse trig functions

Derivatives of inverse trig functions

Application of differentiation: Rates of change

Application of differentiation: Rates of change

Nth derivative of 1/(3+x)

Nth derivative of 1/(3+x)

Finding the Nth derivative of a function

Finding the Nth derivative of a function

Differentiation of Implicit functions

Differentiation of Implicit functions

Kirchhoff's laws (Question 2)

Kirchhoff's laws (Question 2)

Basic circuit analysis (Assignment 2)

Basic circuit analysis (Assignment 2)

Polar Conic sections : The path of asteroid Apollo around the sun

Polar Conic sections : The path of asteroid Apollo around the sun

Finding the parametric equation from an equation of a circle

Finding the parametric equation from an equation of a circle

finding a Cartesian equation from a Polar equation

finding a Cartesian equation from a Polar equation

Quiz 3

Quiz 3

Show that the interconnection satisfies the power check

Show that the interconnection satisfies the power check

How to determine if a circuit is valid or invalid

How to determine if a circuit is valid or invalid

Maximum power through a circuit element

Maximum power through a circuit element

Assignment 1 question #EEE

Assignment 1 question #EEE

Ohm's law

Ohm's law

Classifying Conic sections by their Eccentricities

Classifying Conic sections by their Eccentricities

The Discriminant Test to identify conic sections

The Discriminant Test to identify conic sections

Rotation of axis #Example 2

Rotation of axis #Example 2

Circuit Elements

Circuit Elements

Vectors for Engineering

Vectors for Engineering

Rotation of axis #examples

Rotation of axis #examples

Expressing units in SI form

Expressing units in SI form

Rotation of axis formula derivations

Rotation of axis formula derivations

Introduction to Charge, Current and Power

Introduction to Charge, Current and Power

Boat cruise on the Zambezi River

Boat cruise on the Zambezi River

Nodal Analysis: exam review

Nodal Analysis: exam review

Deriving the formula for a hyperbola

Deriving the formula for a hyperbola

Conic sections (#Ellipse)

Conic sections (#Ellipse)

Introduction to second order Differential Equations #ODEs

Introduction to second order Differential Equations #ODEs

Separation of variables #ODEs

Separation of variables #ODEs

Solutions to Differential Equations

Solutions to Differential Equations

Exam preparation : Test 1 revision

Exam preparation : Test 1 revision

AC Power Full class

AC Power Full class

Maximum volume of an open box to be made from a 12m squared cardboard

Maximum volume of an open box to be made from a 12m squared cardboard

How to find the relative extrema of a given surface

How to find the relative extrema of a given surface

Verifying Laplace's equation for f(x,y) = tan inverse (y/x)

Verifying Laplace's equation for f(x,y) = tan inverse (y/x)

Finding the equation of a Tangent plane to a surface

Finding the equation of a Tangent plane to a surface

Structural analysis: Machines

Structural analysis: Machines

Replace forces and moments by an equivalent force-couple system at a given point

Replace forces and moments by an equivalent force-couple system at a given point

Internal forces using Method of Joints #revision

Internal forces using Method of Joints #revision

Axal force using sections - Revision

Axal force using sections - Revision

The range for f(x,y)=sqrt(36-9x^2 - 4y^2))

The range for f(x,y)=sqrt(36-9x^2 - 4y^2))

Finding the range for functions of several variables

Finding the range for functions of several variables

Finding the Domain of a function of several variables

Finding the Domain of a function of several variables

Rotation of axis, Discriminant test, Eccentricity & Polar conic sections

Rotation of axis, Discriminant test, Eccentricity & Polar conic sections

Circle, Ellipse, Parabola, Hyperbola (Exam preparations)

Circle, Ellipse, Parabola, Hyperbola (Exam preparations)

My Educational Journey #Motivational talk

My Educational Journey #Motivational talk

Moment of Inertia of an area between between two curves

Moment of Inertia of an area between between two curves

Moment of Inertia about the x axis using normal integration and Using the Parallel axis theorem.

Moment of Inertia about the x axis using normal integration and Using the Parallel axis theorem.

The Parallel Axis theory #Examples

The Parallel Axis theory #Examples

Introduction to moment of inertia of an area

Introduction to moment of inertia of an area

Force-Time graph #LinearMomentum

Force-Time graph #LinearMomentum

Show that a triangle is right angled using dot product

Show that a triangle is right angled using dot product

Orthogonal and parallel lines in Space

Orthogonal and parallel lines in Space

Intersection of lines in space

Intersection of lines in space

Presenting lines as Vector, parametric and symmetric equations

Presenting lines as Vector, parametric and symmetric equations

Introduction to vectors in Space

Introduction to vectors in Space

phasor Notation and AC circuit Elements(examples)

phasor Notation and AC circuit Elements(examples)

AC Theory (QUIZ PREPARATION)

AC Theory (QUIZ PREPARATION)

The Ratio Test

The Ratio Test

Limit Comparison test complete

Limit Comparison test complete

Direct Comparison Test

Direct Comparison Test

The P series

The P series

The Geometric Series

The Geometric Series

Self-lock of a wedge: Engineer fixing a bridge

Self-lock of a wedge: Engineer fixing a bridge

Engineer fixing a bridge Qd

Engineer fixing a bridge Qd

Engineer fixing a bridge Qc

Engineer fixing a bridge Qc

fixing a bridge Qb

fixing a bridge Qb

Engineer fixing a bridge Qa

Engineer fixing a bridge Qa

RL source free examples

RL source free examples

Deriving formula for volume of a sphere of radius r

Deriving formula for volume of a sphere of radius r

Integral of 1/(1+e^x) dx

Integral of 1/(1+e^x) dx

EEE Revision & Practice Questions

EEE Revision & Practice Questions

Linear momentum (Revision questions)

Linear momentum (Revision questions)

Introduction to Frames

Introduction to Frames

How to derive the reduction formula for tan^n(x) dx

How to derive the reduction formula for tan^n(x) dx

Application of integrals (Finding Volume)

Application of integrals (Finding Volume)

How to find the area between sin and cos x (Application of integrals)

How to find the area between sin and cos x (Application of integrals)

How to download, create a profile and join a class in Silabu

Trusses in 3D (Examples)

Trusses in 3D (Examples)

Power (Examples)

Power (Examples)

Introduction to power: the rate of doing work

Introduction to power: the rate of doing work

Conservation of Energy (Examples)

Conservation of Energy (Examples)

Application of integration (Area)

Application of integration (Area)

Introduction to applications of integration

Introduction to applications of integration

Deriving the reduction formula for Cos^nxdx

Deriving the reduction formula for Cos^nxdx

Deriving the reduction formula for sin^nxdx

Deriving the reduction formula for sin^nxdx

Integral of e^xSinxdx

Integral of e^xSinxdx

Conservation of Energy from Scratch

Conservation of Energy from Scratch

Introduction to integration by parts

Introduction to integration by parts

Method of joints (EVERYTHING YOU NEED TO KNOW)

Method of joints (EVERYTHING YOU NEED TO KNOW)

$Integrals involving the use of partial fractions$

Integrals involving the use of partial fractions

Integrals involving completing the square step

Integrals involving completing the square step

Introduction to Work Energy and Power

Introduction to Work Energy and Power

Trusses Example: Method of sections

Trusses Example: Method of sections

Box sliding in an accelerating truck

Box sliding in an accelerating truck

Rigid body Equilibrium Example: part 2

Rigid body Equilibrium Example: part 2

Rigid body Equilibrium Example: part 1

Rigid body Equilibrium Example: part 1

Tension and Inclined planes

Tension and Inclined planes

Integrals involving products of Sine and cosines

Integrals involving products of Sine and cosines

Tangents and Normals

Tangents and Normals

Forces and Inclined Planes: An object takes twice to slide as it takes to fall vertically down.

Forces and Inclined Planes: An object takes twice to slide as it takes to fall vertically down.

The Elevator problem & Inclined plane Examples

The Elevator problem & Inclined plane Examples

Forces and Friction

Forces and Friction

Linearization of a function

Linearization of a function

Creating an account on Silabu

Creating an account on Silabu

Tension and Inclined plane (examples)

Tension and Inclined plane (examples)

Rigid body equilibrium

Rigid body equilibrium

Forces in unit-vector notation

Forces in unit-vector notation

Introduction to Forces and Newton's laws of motion

Introduction to Forces and Newton's laws of motion

Projectile motion 2023 (Examples1)

Projectile motion 2023 (Examples1)

Application of differentiation Examples

Application of differentiation Examples

Application of Differentiation

Application of Differentiation

Don't complicate #kvl

Don't complicate #kvl

Nodal analysis in 1min #examples

Nodal analysis in 1min #examples

What is an open circuit and a short circuit?

What is an open circuit and a short circuit?

Introduction Mesh Current analysis

Introduction Mesh Current analysis

Nth derivative of a function

Nth derivative of a function

Moment of a force #Examples

Moment of a force #Examples

Moment of a force about a point and about a specified axis complete guide

Moment of a force about a point and about a specified axis complete guide

Introduction to Moment of a force about a point #Forcesystems #CEE

Introduction to Moment of a force about a point #Forcesystems #CEE

Polar Equations for conics #Analytical geometry

Polar Equations for conics #Analytical geometry

Polar Coordinates #Examquestions #Analyticalgeometry

Polar Coordinates #Examquestions #Analyticalgeometry

Conic Sectons (Circle, ellipse, parabola, hyperbola)

Conic Sectons (Circle, ellipse, parabola, hyperbola)

Dot product to find the angle between two vectors live class #CEE

Dot product to find the angle between two vectors live class #CEE

Position vectors & Dot Product #CEE examples

Position vectors & Dot Product #CEE examples

Dot Product in Engineering #CEE

Dot Product in Engineering #CEE

Charge, Current, Voltage & Power

Charge, Current, Voltage & Power

Position Vectors in Space(#3D Examples)

Position Vectors in Space(#3D Examples)

Position Vectors in Space (#3D)

Position Vectors in Space (#3D)

Force Components (Examples)

Force Components (Examples)

Voltage divider rule

Voltage divider rule

Current Divider Rule

Current Divider Rule

Star to Delta conversion

Star to Delta conversion

Delta to Star Transformations Problems

Delta to Star Transformations Problems

Introduction to Star Delta Transformation with exam question examples #EEE #UNZA #BENG, #engineering

Introduction to Star Delta Transformation with exam question examples #EEE #UNZA #BENG, #engineering

Charges in Static equilibrium

Charges in Static equilibrium

Introduction to 3 Dimensional vectors #3Dvectors #3D #vectors

Introduction to 3 Dimensional vectors #3Dvectors #3D #vectors

How to determine force components when the axis are not perpendicular #CEE #Engineering

How to determine force components when the axis are not perpendicular #CEE #Engineering

How to determine force components using Sine rule and Cosine rule

How to determine force components using Sine rule and Cosine rule

2022 in pictures

2022 in pictures

Introduction to Kirchhoff's laws

Introduction to Kirchhoff's laws

How to determine the equivalent resistance and current in each resistor.

How to determine the equivalent resistance and current in each resistor.

Building a circuit using only 10 Ohms resistors

Building a circuit using only 10 Ohms resistors

Total resistance of a resistor ladder system

Total resistance of a resistor ladder system

Total resistance (Examples)

Total resistance (Examples)

Effective resistance formula

Effective resistance formula

What is Coulomb's Law?

What is Coulomb's Law?

Torque and angular acceleration #shorts

Torque and angular acceleration #shorts

Energy Conservation with friction present #shorts

Energy Conservation with friction present #shorts

Maximum range of a projectile

Maximum range of a projectile

The traumatic brain injury problem

The traumatic brain injury problem

Introduction to free fall

Introduction to free fall

Parcel drop released from an altitude of 200m

Parcel drop released from an altitude of 200m

Minimum time to accelerate and decelerate in 500m

Minimum time to accelerate and decelerate in 500m

A train approaching a train station

A train approaching a train station

Relative motion: chasing 3 seconds later

Relative motion: chasing 3 seconds later

Maximum speed reached by the cells

Maximum speed reached by the cells

Minimum length for a plane to reach take off speed

Minimum length for a plane to reach take off speed

Distance moved in the 3rd second

Distance moved in the 3rd second

Speed of a nerve impulse

Speed of a nerve impulse

Velocity-time graphs

Velocity-time graphs

Two possible angles when solving vectors

Two possible angles when solving vectors

3D components of a vector

3D components of a vector

Number brain cells given approximate volume the of brain and cell

Number brain cells given approximate volume the of brain and cell

Vectors (resultant in the positive x axis)

Vectors (resultant in the positive x axis)

Vectors Step-by-Step

Vectors Step-by-Step

Density conversions

Density conversions

Vector Sum and vector difference

Vector Sum and vector difference

Finding a missing vector given the resultant

Finding a missing vector given the resultant

Converting micro litres to millimetre cubic

Converting micro litres to millimetre cubic

Initial velocity of a Projectile

Initial velocity of a Projectile

Introduction to Units and Conversions

Introduction to Units and Conversions

Introduction to Projectile Motion

Introduction to Projectile Motion

Amount of ice needed to lower the temperature water: Heat measurements

Amount of ice needed to lower the temperature water: Heat measurements

Introduction to Heat measurements

Introduction to Heat measurements

The ideal Gas Equation

The ideal Gas Equation

Is there a Leak in the volume of a Gas or Not : Charles law Applied

Is there a Leak in the volume of a Gas or Not : Charles law Applied

Velocity of gasoline leaving the hose; Bernoulli's + continuity equation

Velocity of gasoline leaving the hose; Bernoulli's + continuity equation

Injecting 500cm^3 of a solution into a vein in 30mins : Fluids in motion

Injecting 500cm^3 of a solution into a vein in 30mins : Fluids in motion

Poiseuille's equation

Poiseuille's equation

The Bernoulli's equations

The Bernoulli's equations

Fluids in motion

Fluids in motion

Cooling a gas by letting it expand: Gas laws

Cooling a gas by letting it expand: Gas laws

Gas laws

Gas laws

Hooke's Law & Young's Modulus: Minimum velocity that can result into bone breaking.

Hooke's Law & Young's Modulus: Minimum velocity that can result into bone breaking.

Introduction to Archimedes Principle: Why objections are lighter in water than in air.

Introduction to Archimedes Principle: Why objections are lighter in water than in air.

The composite wire problem

The composite wire problem

Pascal's Principle

Pascal's Principle

How to find the absolute Pressure at a point in a fluid

How to find the absolute Pressure at a point in a fluid

Fluids at rest

Fluids at rest

Introduction to fluids at rest

Introduction to fluids at rest

What is Shear Modulus

What is Shear Modulus

Equal stress & Equal strain

Equal stress & Equal strain

Solving vectors

Solving vectors