Moon-Sighting Workshop-2024 by S.A.A.
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Moon-Sighting Workshop-2024 by S.A.A.
1:11:12
Kronos Quartet! 🚩
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Kronos Quartet! 🚩
1:42
Formation of the Water-Vapor Cone.
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Formation of the Water-Vapor Cone.
0:11
Radiation Mechanics | Day-3 (Final) | Astronomy Workshop For Newbies-2023.
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Radiation Mechanics | Day-3 (Final) | Astronomy Workshop For Newbies-2023.
46:01
The History & The Development of Astronomy. | Day-1 | Astronomy Workshop For Newbies-23.
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The History & The Development of Astronomy. | Day-1 | Astronomy Workshop For Newbies-23.
1:00:02
Basics of Celestial Navigation | Day-2 | Astronomy Workshop For Newbies-23.
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Basics of Celestial Navigation | Day-2 | Astronomy Workshop For Newbies-23.
1:05:24
Lunar Eclipse & Rayleigh Scattering!
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Lunar Eclipse & Rayleigh Scattering!
0:45
Lunar Phase as a function of Time! (Derivation)
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Lunar Phase as a function of Time! (Derivation)
2:01
Actual altitude of celestial bodies in the sky map.
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Actual altitude of celestial bodies in the sky map.
1:06
First Quarter Moon! Phase =0.55
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First Quarter Moon! Phase =0.55
1:17
6th BDOAA-2023, National Round Prize-giving Ceremony!
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6th BDOAA-2023, National Round Prize-giving Ceremony!
0:40
Harmonic Motor!
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Harmonic Motor!
1:40
Harmonic Motor | Imbalanced Mass Rotor | Vibrator | External Excitation | Driving Force
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Harmonic Motor | Imbalanced Mass Rotor | Vibrator | External Excitation | Driving Force
1:21
Longest pen shot of 8 Feet and Speed 31 km/h
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Longest pen shot of 8 Feet and Speed 31 km/h
0:26
22 km/h Shot!
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22 km/h Shot!
0:12
Agargaon to Uttara North!
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Agargaon to Uttara North!
0:18
Another Prophecy came true!
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Another Prophecy came true!
0:45
Thermodynamics | Physics | LWF
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Thermodynamics | Physics | LWF
0:49
How long will it take to come at rest? | Bouncing Projectile | Physics
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How long will it take to come at rest? | Bouncing Projectile | Physics
11:01
300×
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300×
1:31
17×
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17×
1:11
20×
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20×
1:10
Coming soon...! | Mathematical Modeling | Prediction
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Coming soon...! | Mathematical Modeling | Prediction
0:36
Statics 7.01: Balancing the Stick | Classical Mechanics
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Statics 7.01: Balancing the Stick | Classical Mechanics
25:01
Vertical Spring' ODE Solution | SHM
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Vertical Spring' ODE Solution | SHM
19:26
Downward projectile!
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Downward projectile!
0:22
Optimization 7.01 : The best way to pull a Block | Python
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Optimization 7.01 : The best way to pull a Block | Python
29:09
Can you figure out the frequency of the AC source?
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Can you figure out the frequency of the AC source?
0:56
An Amazing Whether!
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An Amazing Whether!
0:39
Protest against Indian hate speech on the Prophet Muhammad [PBUH] | Ideal College, Dhanmondi! BD
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Protest against Indian hate speech on the Prophet Muhammad [PBUH] | Ideal College, Dhanmondi! BD
0:28
A Falling Chain Experiment! Experimental Analysis Based on Theoretical results!
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A Falling Chain Experiment! Experimental Analysis Based on Theoretical results!
41:46
The Time needed for two bodies to meet under the gravitational attraction force! Derivation
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The Time needed for two bodies to meet under the gravitational attraction force! Derivation
22:09
HSC-23, Ideal College, Dhanmondi. Part II
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HSC-23, Ideal College, Dhanmondi. Part II
0:36
HSC-23 নবীন বরন | Ideal College, Dhanmondi
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HSC-23 নবীন বরন | Ideal College, Dhanmondi
1:02
Banking of roads! #Collected
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Banking of roads! #Collected
4:04
IPhO-2016, [Theory_Mechanics_Part_A]
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IPhO-2016, [Theory_Mechanics_Part_A]
45:05
Problem Solving 1.05: Derivation of the Parametric Equations of a Cycloid due to pure rolling motion
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Problem Solving 1.05: Derivation of the Parametric Equations of a Cycloid due to pure rolling motion
12:12
The Last Session [1.14 & 2.14]: Problem Solving, Gossiping & Chill Class! [Fardin & Dhruba]
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The Last Session [1.14 & 2.14]: Problem Solving, Gossiping & Chill Class! [Fardin & Dhruba]
3:35:41
Non-Calculus [2.12]: Thermal Expansion & Ideal Gas Law! [Dhruba]
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Non-Calculus [2.12]: Thermal Expansion & Ideal Gas Law! [Dhruba]
1:18:08
Non-Calculus-Based [2.13]: The Principal of Calorimetry & Latent Heat! [Dhruba]
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Non-Calculus-Based [2.13]: The Principal of Calorimetry & Latent Heat! [Dhruba]
47:51
Calculus-Based [1.13]: Work Done In Thermodynamics & P-V Plot Analysis! [Fardin]
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Calculus-Based [1.13]: Work Done In Thermodynamics & P-V Plot Analysis! [Fardin]
1:01:05
Non-Calculus-Based [2.11]: Pascal's Law & Bernoulli's Equation! [Dhruba]
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Non-Calculus-Based [2.11]: Pascal's Law & Bernoulli's Equation! [Dhruba]
1:20:58
Calculus-Based [1.12]: Thermodynamics & The Law of Equipartition of Energy! [Fardin]
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Calculus-Based [1.12]: Thermodynamics & The Law of Equipartition of Energy! [Fardin]
1:38:12
Calculus-Based [1.11]: Biot Savart Law & Cyclotron! [Dhruba]
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Calculus-Based [1.11]: Biot Savart Law & Cyclotron! [Dhruba]
1:37:59
Calculus-Based [1.10]: Magnetic Field & Lorentz Force! [Dhruba]
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Calculus-Based [1.10]: Magnetic Field & Lorentz Force! [Dhruba]
1:51:46
Non-Calculus-Based [2.10]: Non-Newtonian Fluid & The Equation Of Continuity! [Fardin]
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Non-Calculus-Based [2.10]: Non-Newtonian Fluid & The Equation Of Continuity! [Fardin]
1:26:43
Non-Calculus-Based [2.09]: Electric Potential & Equipotential Surfaces! [Fardin]
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Non-Calculus-Based [2.09]: Electric Potential & Equipotential Surfaces! [Fardin]
51:20
Calculus-Based [1.09]: Equipotential Surfaces & Spherical Coordinate! [Fardin]
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Calculus-Based [1.09]: Equipotential Surfaces & Spherical Coordinate! [Fardin]
1:43:16
Calculus-Based [1.07]: Kirchhoff's Law & Mesh-Current Analysis! [Dhruba]
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Calculus-Based [1.07]: Kirchhoff's Law & Mesh-Current Analysis! [Dhruba]
1:45:06
Calculus-Based [1.06]: Nodal Analysis & Topological Rule! [Dhruba]
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Calculus-Based [1.06]: Nodal Analysis & Topological Rule! [Dhruba]
1:31:26
Non-Calculus-Based [2.05]: Rotational Dynamics & Static Equilibrium! [Dhruba+Fardin]
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Non-Calculus-Based [2.05]: Rotational Dynamics & Static Equilibrium! [Dhruba+Fardin]
1:52:37
Non-Calculus-Based [2.07]: Circuit Analysis & Wye-Delta Conversion! [Dhruba]
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Non-Calculus-Based [2.07]: Circuit Analysis & Wye-Delta Conversion! [Dhruba]
27:16
Non-Calculus-Based [2.06]: Power Sources! [Dhruba]
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Non-Calculus-Based [2.06]: Power Sources! [Dhruba]
35:30
Non-Calculus-Based [2.04]: Newton's Laws of Motion & Pseudo Forces! [Dhruba]
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Non-Calculus-Based [2.04]: Newton's Laws of Motion & Pseudo Forces! [Dhruba]
51:15
Non-Calculus-Based [2.08]: Electrostatics & Polar Coordinate! [Fardin]
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Non-Calculus-Based [2.08]: Electrostatics & Polar Coordinate! [Fardin]
1:25:32
Calculus-Based [1.08]: Electrostatics & Cylindrical Coordinate! [Fardin]
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Calculus-Based [1.08]: Electrostatics & Cylindrical Coordinate! [Fardin]
2:01:44
Calculus-Based [1.04]: Newton's Laws of Motion and Linear Momentum! [Dhruba]
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Calculus-Based [1.04]: Newton's Laws of Motion and Linear Momentum! [Dhruba]
1:39:58
Calculus-Based [1.03]: Kinematics, Pseudo Forces and Relative Motions! [Dhruba]
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Calculus-Based [1.03]: Kinematics, Pseudo Forces and Relative Motions! [Dhruba]
1:49:28
Non-Calculus-Based [2.02]: Algebraic Elimination and Adv. Trigonometry! [Dhruba]
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Non-Calculus-Based [2.02]: Algebraic Elimination and Adv. Trigonometry! [Dhruba]
1:06:47
Calculus-Based [1.05]: Rotational Dynamics & The Conservation of Angular Momentum! [Fardin]
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Calculus-Based [1.05]: Rotational Dynamics & The Conservation of Angular Momentum! [Fardin]
1:41:53
Non-Calculus-Based [2.03]: Kinematics, Pseudo Forces, and Relative motion! [Fardin]
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Non-Calculus-Based [2.03]: Kinematics, Pseudo Forces, and Relative motion! [Fardin]
1:56:15
Calculus-Based [1.02]: The Concept of Calculus and its Applications! [Fardin]
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Calculus-Based [1.02]: The Concept of Calculus and its Applications! [Fardin]
2:41:23
Calculus-Based [1.01]: Dimensional Analysis and Vector Analysis! [Dhruba]
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Calculus-Based [1.01]: Dimensional Analysis and Vector Analysis! [Dhruba]
3:18:48
Non-Calculus-Based [2.01]: Dimensional Analysis and Vector Analysis! [Fardin]
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Non-Calculus-Based [2.01]: Dimensional Analysis and Vector Analysis! [Fardin]
2:03:26
Demonstration 6.01 : Leidenfrost Effect
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Demonstration 6.01 : Leidenfrost Effect
3:44
Every event occurs 22 times a day in each analog clock!
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Every event occurs 22 times a day in each analog clock!
1:12
Savar Adhar Chandra Govt. High School! [SSC-2021]
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Savar Adhar Chandra Govt. High School! [SSC-2021]
1:25
Books On Physics 5.03 : Unboxing 'Computational Physics Problem Solving With Python'!
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Books On Physics 5.03 : Unboxing 'Computational Physics Problem Solving With Python'!
2:09
Problem Solving 1.04 : Boundary Surface Equation of Tap Water Streams.[Laminar_Flow]
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Problem Solving 1.04 : Boundary Surface Equation of Tap Water Streams.[Laminar_Flow]
15:14
Problem Solving 1.03 : Maximum Area Under a Projectile's Trajectory.| Learn With Fardin
Learn With Fardin
Problem Solving 1.03 : Maximum Area Under a Projectile's Trajectory.| Learn With Fardin
14:54
Problem Solving 1.02 : Projectile's Arc Length! | Learn With Fardin
Learn With Fardin
Problem Solving 1.02 : Projectile's Arc Length! | Learn With Fardin
9:56
This is how BdPhO regional round winner award looks like!
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This is how BdPhO regional round winner award looks like!
1:21
Problem Solving 1.01 : BdPhO-21 Cat-C , Regional_Round_Problems_Sol_Part_2 | Learn With Fardin
Learn With Fardin
Problem Solving 1.01 : BdPhO-21 Cat-C , Regional_Round_Problems_Sol_Part_2 | Learn With Fardin
44:04
Problem Solving 1.01 : BdPhO-21 Cat_C , Regional_Round_Problems_Sol_Part_1 | Learn With Fardin
Learn With Fardin
Problem Solving 1.01 : BdPhO-21 Cat_C , Regional_Round_Problems_Sol_Part_1 | Learn With Fardin
37:56
Differential Equation of an Ideal spring [part_2] | Learn With Fardin
Learn With Fardin
Differential Equation of an Ideal spring [part_2] | Learn With Fardin
10:19
Differential equation of an Ideal Spring [part_1].| Learn With Fardin
Learn With Fardin
Differential equation of an Ideal Spring [part_1].| Learn With Fardin
18:58
Books On Physics 5.02 : Unboxing 'Introduction to Classical Mechanics by David Morin'!!!
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Books On Physics 5.02 : Unboxing 'Introduction to Classical Mechanics by David Morin'!!!
2:23
Demonstration 6.02 : Simple Example Of The Equation Of Continuity!!!!
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Demonstration 6.02 : Simple Example Of The Equation Of Continuity!!!!
1:26
Demonstration 6.01 : The Beauty Of SHM | ft. Audiomachine!!
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Demonstration 6.01 : The Beauty Of SHM | ft. Audiomachine!!
0:46
Books On Physics 5.01 : Unboxing "Fundamentals Of Physics by Halliday & Resnick"!!!!
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Books On Physics 5.01 : Unboxing "Fundamentals Of Physics by Halliday & Resnick"!!!!
2:25
Shortcut Formula 2.02 : Finding the SEGMENT AREA of a CIRCLE!!
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Shortcut Formula 2.02 : Finding the SEGMENT AREA of a CIRCLE!!
6:39
Physics Experiments 3.02 : Double-Cone is rolling uphill | Learn With Fardin.
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Physics Experiments 3.02 : Double-Cone is rolling uphill | Learn With Fardin.
10:38
Physics Experiments 3.01 : Demonstration of Beats! | Learn With Fardin
Learn With Fardin
Physics Experiments 3.01 : Demonstration of Beats! | Learn With Fardin
12:26
Shortcut Formula 2.01 : How to figure out the displacements in CIRCULAR TRACKS? | Learn With Fardin.
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Shortcut Formula 2.01 : How to figure out the displacements in CIRCULAR TRACKS? | Learn With Fardin.
20:52
Chemistry Experiments 4.02 : Hydrated Copper Sulphate's reaction with Iron.
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Chemistry Experiments 4.02 : Hydrated Copper Sulphate's reaction with Iron.
5:23
Chemistry Experiments 4.01 : What will happen if you mix KMnO4 into glycerol.
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Chemistry Experiments 4.01 : What will happen if you mix KMnO4 into glycerol.
6:12