- 318
- 85 253
Academic Daddy
เข้าร่วมเมื่อ 4 ม.ค. 2023
SURE A ACADEMY
Subscribe 🙏
Get The Best From Calculation Courses...
Subscribe 🙏
Get The Best From Calculation Courses...
PHYSICS WORKBOOK MANUAL SOLUTION [PAGE 51- 60] •2024merry_CHRISTMAS_series•
PHYSICS WORKBOOK MANUAL SOLUTION [PAGE 51- 60] •2024merry_CHRISTMAS_series•
มุมมอง: 8
วีดีโอ
![ARGAND DIAGRAM ||COMPLEX NUMBER ARGUMENT ||POLAR FORM OF COMPLEX NUMBER [r(cos theta + i sin theta)]](http://i.ytimg.com/vi/xR_bH42nRL8/mqdefault.jpg)
![ARGAND DIAGRAM ||COMPLEX NUMBER ARGUMENT ||POLAR FORM OF COMPLEX NUMBER [r(cos theta + i sin theta)]](/img/tr.png)
ARGAND DIAGRAM ||COMPLEX NUMBER ARGUMENT ||POLAR FORM OF COMPLEX NUMBER [r(cos theta + i sin theta)]
มุมมอง 124 ชั่วโมงที่ผ่านมา
•ARGAND DIAGRAM (ARG Z) •COMPLEX NUMBER ARGUMENT (Theta/π) •POLAR FORM OF COMPLEX NUMBER r(cos theta i sin theta)
COMPLEX NUMBERS : BASIC ARITHMETIC CLASS
มุมมอง 247 ชั่วโมงที่ผ่านมา
ADDITION SUBTRACTION MULTIPLICATION EQUALITY OF TWO COMPLEX NUMBERS COMPLEX CONJUGATE COMPLEX NUMBER PROPERTIES
SUPER EASY DERIVATION METHODS FOR MOMENT Of INERTIA of a SPHERE, CYLINDERICAL Rod & A DISK 📀
มุมมอง 4221 ชั่วโมงที่ผ่านมา
SUPER EASY DERIVATION METHODS FOR MOMENT Of INERTIA of a SPHERE, CYLINDERICAL Rod & A DISK 📀
Determination Of Height & Acceleration due To Gravity Using Simple Pendulum Principles(EXPERIMENT 4)
มุมมอง 46วันที่ผ่านมา
Determination Of Height & Acceleration due To Gravity Using Simple Pendulum Principles(EXPERIMENT 4)
![FUNDAMENTAL PHYSICS WORKBOOK SOLUTION [ 31 - 50 ]](http://i.ytimg.com/vi/5rFB8WHud6U/mqdefault.jpg)
FUNDAMENTAL PHYSICS WORKBOOK SOLUTION [ 31 - 50 ]
มุมมอง 44วันที่ผ่านมา
FUNDAMENTAL PHYSICS WORKBOOK SOLUTION [ 31 - 50 ]
CIRCULAR MOTION PAST QUESTION SOLUTIONS
มุมมอง 28วันที่ผ่านมา
Try the free video editor CapCut to create videos! www.capcut.com/t/Zs8A9GaCr/
KINEMATICS OF CIRCULAR MOTION || BEGINNER CLASS
มุมมอง 52วันที่ผ่านมา
KINEMATICS OF CIRCULAR MOTION || BEGINNER CLASS
CIRCULAR MOTION KINEMATICS PROBLEM+ RELATIONSHIP BETWEEN LINEAR & ANGULAR MOMENTUM
มุมมอง 18วันที่ผ่านมา
CIRCULAR MOTION KINEMATICS PROBLEM RELATIONSHIP BETWEEN LINEAR & ANGULAR MOMENTUM
HOW TO DETERMINE TYPE OF SLOPE
มุมมอง 5314 วันที่ผ่านมา
Try the free video editor CapCut to create videos! www.capcut.com/t/Zs8AytRDB/
ROTATIONAL MOTION : RELATIONSHIP BETWEEN LINEAR MOMENTUM, ANGULAR MOMENTUM, FORCE, TORQUE
มุมมอง 3414 วันที่ผ่านมา
Try the free video editor CapCut to create videos! www.capcut.com/?
THE MMANU METHOD OF CIRCULAR MOTION ; THE SIMPLEST METHOD OF DERIVING CIRCULAR MOTION EQUATION
มุมมอง 714 วันที่ผ่านมา
THE MMANU METHOD OF CIRCULAR MOTION ; THE SIMPLEST METHOD OF DERIVING CIRCULAR MOTION EQUATION
BEGINNERS GUIDE TO CIRCULAR MOTION FORMULARS, DERIVATION AND TERMINOLOGIES
มุมมอง 1014 วันที่ผ่านมา
BEGINNERS GUIDE TO CIRCULAR MOTION FORMULARS, DERIVATION AND TERMINOLOGIES
EQUILIBRIUM OF FORCE [ SUMMARY CLASS + SHORTCUT METHOD ]
มุมมอง 914 วันที่ผ่านมา
EQUILIBRIUM OF FORCE [ SUMMARY CLASS SHORTCUT METHOD ]
COUPLE , MOMENTS AND TORQUE PAST QUESTION+SOLUTION CLASS
มุมมอง 1514 วันที่ผ่านมา
COUPLE , MOMENTS AND TORQUE PAST QUESTION SOLUTION CLASS
PHYSICS WORKBOOK SOLUTION (130 TO 143) [Saturday 7th December 2024] (2pm - 4pm REVISION CLASS)
มุมมอง 2614 วันที่ผ่านมา
PHYSICS WORKBOOK SOLUTION (130 TO 143) [Saturday 7th December 2024] (2pm - 4pm REVISION CLASS)
PHYSICS WORKBOOK MANUAL SOLUTION FROM 130 TO 149
มุมมอง 9314 วันที่ผ่านมา
PHYSICS WORKBOOK MANUAL SOLUTION FROM 130 TO 149
HOW TO FIND THE SLOPE OF THE GRAPH OF A SIMPLE PENDULUM USING THE EQUATION ; T=2π(✓H - h)/g
มุมมอง 17214 วันที่ผ่านมา
HOW TO FIND THE SLOPE OF THE GRAPH OF A SIMPLE PENDULUM USING THE EQUATION ; T=2π(✓H - h)/g
EQUILIBRIUM OF FORCES & PRINCIPLE OF MOMENT
มุมมอง 1814 วันที่ผ่านมา
EQUILIBRIUM OF FORCES & PRINCIPLE OF MOMENT
PHYSICS WORKBOOK SOLUTION (11 TO 30) {DETAILED PHYSICS PAST QUESTIONS & ANSWER GUIDE}
มุมมอง 8721 วันที่ผ่านมา
PHYSICS WORKBOOK SOLUTION (11 TO 30) {DETAILED PHYSICS PAST QUESTIONS & ANSWER GUIDE}
Dynamics: Introduction to Horizontal, Vertical & Inclined Plane Dynamics
มุมมอง 1121 วันที่ผ่านมา
Dynamics: Introduction to Horizontal, Vertical & Inclined Plane Dynamics
ADDITION OF VECTORS / RESULTANT OF VECTORS USING PARALLELOGRAM RULW + COSINE RULE AND MMANU METHOD
มุมมอง 54หลายเดือนก่อน
ADDITION OF VECTORS / RESULTANT OF VECTORS USING PARALLELOGRAM RULW COSINE RULE AND MMANU METHOD
SIX EXAM CASES OF PROJECTILE MOTION: THE MMANU METHOD OF PROJECTILE MOTION
มุมมอง 14หลายเดือนก่อน
SIX EXAM CASES OF PROJECTILE MOTION: THE MMANU METHOD OF PROJECTILE MOTION
Simple Pendulum Practical & Most Accurate Method To Obtain Readings, Slope , Standard error in g
มุมมอง 210หลายเดือนก่อน
Simple Pendulum Practical & Most Accurate Method To Obtain Readings, Slope , Standard error in g
VECTOR ADDITION: The Mmanu Method of Vector Resolution. {The Angle on Horizontal Method.}
มุมมอง 25หลายเดือนก่อน
VECTOR ADDITION: The Mmanu Method of Vector Resolution. {The Angle on Horizontal Method.}
Omo the music is not allowing me concentrate 😢😂
Niçe ❤
Thank you for the Good Job Sir
God bless You SIR More Grace Sir
Helpful videos
Wow
Good work boss
God bless Academy daddy
Unit of Centripetal acceleration is m/s²
Unit of Centripetal acceleration is m/s²
Honestly very helpful
Very helpful
Nice one
Keep up the good work
❤❤❤❤
Great work, thanks alot🗿
That background music carry vibes 😂
😂
Thank you so much Daddy
Thanks❤ This really cleared the confusion on my simple pendulum(alternative to practical) graph
Nice one
Thank you sir
Academic Daddy 🔥 You are a great Teacher.
Incredible!
For Xm; M1X1 + M2X2 + M3X3 ÷ M1+ M2 + M3 For Ym; M1Y1 + M2Y2 + M3Y3 ÷ M1+M2+M3
K is spring constant X is displacement of object from rest position
You fall down is that time you will have rest of mind.
Greater u sir u are doing well sir
X=2y-1/1+y
Factorize the x+xy to give x(1+y) then divide by that
If you like don't understand 😂😂
😂
Go present this on AGT
Awwwn sorry boy but you still tried ❤
Love this especially the landing skill ❤
Almost had it .. 🔥🔥🔥
Extremely amazing
❤❤❤❤❤❤❤❤
❤❤❤❤❤❤❤
❤❤❤
Well done!👏👏👏👏
Si.......u❤
Nice
Wow incredible ❤👏🏼
The law where i dont give a fuck
True rude
🤣🤣
Legend
Очень красиво получилось👍
wow
Why would you put some crappy song over J. If youre going to plug his content at least have some respect....
What's the name please
What's the name