44:36

MECHANICS OF MATERIAL (PROBLEM 5: STEP BY STEP METHOD OF DRAWING SFD AND BMD USING THEIR FUNCTIONS.)

17:02

MECHANICS OF MATERIALS (PROBLEM 4: STEP BY STEP METHOD OF FINDING REACTIONS AT SUPPORTS).

04:25

JUST SOME PHY BASIC PROBLEM 4

04:38

JUST SOME PHY BASIC PROBLEM 3

03:23

JUST SOME PHY BASIC PROBLEM 2

04:14

JUST SOME PHY BASIC PROBLEM 1

10:44

MECHANICS OF MATERIALS (PROBLEM 3: STEP BY STEP METHOD OF FINDING REACTIONS AT SUPPORTS).

13:36

MECHANICS OF MATERIALS (PROBLEM 2: STEP BY STEP METHOD OF FINDING REACTIONS AT SUPPORTS).

16:09

MECHANICS OF MATERIALS (PROBLEM 1: STEP BY STEP METHOD OF FINDING REACTIONS AT SUPPORTS).

07:48

TRIAL-4 CALCULUS

04:33

APPLICATION OF DIFFERENTION (2023 MU EXAM)

06:32

GEOMETRIC PROGRESSION PART 1

17:44

PROVING IRRATIONAL NUMBERS

03:29

LIMIT EVALUATION PROBLEM (2023 MU EXAM)

04:55

PROBLEMS INVOLVING MATRIX (2023 MU EXAM)

05:48

TRAIL-2 CALCULUS

11:05

FLUID VISCOSITY

05:02

FLUID VISCOSITY PROBLEM 1

02:06

FINDING THE DIFFERENTIAL COEFFICIENT (2023 MU EXAM)

13:04

FLUID VISCOSITY PROBLEM 2

13:25

PROBLEMS ON PROPERTIES OF FLUIDS

03:01

INTEGRAL PROPERTY PROBLEM (2023 MU EXAM)

13:03

FLUID VISCOSITY PROBLEM 3

05:57

FLUID VISCOSITY PROBLEM 4

12:52

FLUID AND ITS PROPERTIES

17:52

FLUID VISCOSITY PROBLEM 5

40:55

LAPLACE TRANSFORMATION AND ITS PROOFS

05:49

INTRO TO FLUID MECHANIC

03:10

EQUATIONS INVOLVING COMPLEX NUMBERS (2023 MU EXAM)

03:25

EXPRESSING A COMPLEX NUMBER IN POLAR FORM.(2023 MU EXAM)

01:47

LIMIT EVALUATION PROBLEM (2023 Mu Exam)

08:20

DERIVING THE SUM OF A GP

18:48

PROBLEMS INVOLVING ARITHMETIC PROGRESSIONS

18:51

Arithmetic Progressions (APs)

20:29

SEPARATION OF VARIABLES ODEs

35:16

APPLICATION OF ARITHMETIC AND GEOMETRIC PROGRESSIONS

17:08

FORMATION OF ORDINARY DIFFERENTIAL EQUATIONS UNDER METHOD OF DIRECT INTEGRATION

15:30

TUTORIAL PROBLEMS ON ARITHMETIC AND GEOMETRIC PROGRESSIONS

14:06

TUTORIAL SHEET ONE PROBLEMS ON INTERESTS

20:31

COMPOUND INTEREST

09:02

GENERAL PRINCIPLES OF BUILDING CONSTRUCTION DRAWINGS (AUTO CARD)

13:24

SIMPLE INTEREST

08:29

INTRODUCTION TO ORDINARY DIFFERENTIAL EQUATIONS

19:01

(STATIC ENG) GIVEN A KNOWN VECTOR OR COMPONENET AND THE RESULTANT VECTOR FIND THE UNKNOWN COMPONENT.

08:32

TRIAL-8 CALCULUS

20:07

RATIONALIZATION OF SURDS

01:24

TRIAL-15 CALCULUS

11:55

STATIC ENGINEERING QUIZ 1 Q2

15:12

FINDING THE SIZE AND DIRECTION OF VECTORS IN 2D

30:08

VECTOR ADDITION IN 2D USING THE CARTESIAN METHOD

14:13

BASICS OF SURDS

18:08

EQUILIBRIUM OF A PARTICLE AND FBDs.

16:43

(STATIC ENGINEERING) HOW TO EXPRESS A FORCE DIRECTED ALONG A LINE IN CARTESIAN FORM

03:29

TRIAL-13 CALCULUS

08:23

(STATIC ENGINEERING) HOW TO DETERMINE THE MAGNITUDE OF THE PROJECTIONS OF A GIVEN VECTOR

06:47

PHY PROBLEM 2

20:27

HOW TO FIND THE COMPONENTS OF A GIVEN FORCE THAT ARE PERPENDICULAR AND PARALLEL TO A GIVEN MEMBER.

05:51

FINDING THE MAGNITUDE AND THE COORDINATE DIRECTION ANGLES OF A VECTOR IN CARTESIAN FORM

04:12

PHYSICS EXAM PROBLEM 6

16:15

PHYSICS EXAM PROBLEM 7