رئيس مجلس الإدارة ورئيس التحرير أحمد حمدي

كورس PHYSICS

👤 Michel van Biezen 🎬 171 درس ⏱️ 16 ساعة 54 دقيقة 📶 مبتدئ 🇺🇸 English
Physics 1 - Vectors (1 of 21) What Is A Vector?
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📋 محتوى الكورس 171 درس · 16 ساعة 54 دقيقة
  • 1 Physics 1 - Vectors (1 of 21) What Is A Vector? 4:21
  • 2 Physics 1 - Vectors (2 of 21) Vector Notation 5:12
  • 3 Physics 1 - Vectors (3 of 21) Components And Magnitudes Of A Vector 5:31
  • 4 Physics 1 - Vectors (4 of 21) Finding The Components Of A Vector 5:19
  • 5 Physics 1 - Vectors (5 of 21) Adding Vectors Graphically - Parallelogram Method 2:15
  • 6 Physics 1 - Vectors (6 of 21) Adding Vectors Graphically - Tip-To-Toe Method 2:48
  • 7 Physics 1 - Vectors (7 of 21) Adding Vectors Numerically: Example 1 6:35
  • 8 Physics 1 - Vectors (8 of 21) Adding Vectors Numerically: Example 2 8:05
  • 9 Physics 1 - Vectors (9 of 21) Subtracting Vectors Graphically 1:44
  • 10 Physics 1 - Vectors (10 of 21) Subtracting Vectors Numerically 3:26
  • 11 Physics 1 - Vectors (11 of 21) Adding Force Vectors Numerically 6:13
  • 12 Physics 1 - Vectors (12 of 21) Product Of Vectors: Dot Product 5:58
  • 13 Physics 1 - Vectors (13 of 21) Product Of Vectors: Dot Product: Example 1 4:10
  • 14 Physics 1 - Vectors (14 of 21) Product Of Vectors: Dot Product: Example 2 5:52
  • 15 Physics 1 - Vectors (15 of 21) Product Of Vectors: Dot Product: Finding the Angle 5:55
  • 16 Physics 1 - Vectors (16 of 21) Product Of Vectors: Cross Product: Vector Product 9:04
  • 17 Physics 1 - Vectors (17 of 21) Product Of Vectors: Cross Product: Example 1 7:48
  • 18 Physics 1 - Vectors (18 of 21) Product Of Vectors: Cross Product: Example 2 5:33
  • 19 Physics 1 - Vectors (19 of 21) Finding The Direction Cosine 6:02
  • 20 Physics 1 - Vectors (20 of 21) Finding The Angle Between 2 Vectors 3:59
  • 21 Physics 2 - Motion In One-Dimension (1 of 22) Definition 6:32
  • 22 Physics 2 - Motion In One-Dimension (2 of 22) Equations in Kinematics 12:57
  • 23 Physics 2 - Motion In One-Dimension (3 of 22) Graphing Position 10:18
  • 24 Physics 2 - Motion In One-Dimension (4 of 22) Graphing Velocity 3:41
  • 25 Physics 2 - Motion In One-Dimension (5 of 22) Graphing Acceleration 4:22
  • 26 Physics 2 - Motion In One-Dimension (6 of 22) Graphing Motion in Summary 4:00
  • 27 Physics 2 - Motion In One-Dimension (7 of 22) Definition of dx/dt 4:06
  • 28 Physics 2 - Motion In One-Dimension (8 of 22) Example 1 4:58
  • 29 Physics 2 - Motion In One-Dimension (9 of 22) Example 2 6:28
  • 30 Physics 2 - Motion In One-Dimension (10 of 22) Example 3 6:56
  • 31 Physics 2 - Motion In One-Dimension (11 of 22) Example 4 6:10
  • 32 Physics 2 - Motion In One-Dimension (12 of 22) Free Fall: Basics 3:02
  • 33 Physics 2 - Motion In One-Dimension (13 of 22) Free Fall: Conceptual Approach 6:07
  • 34 Physics 2 - Motion In One-Dimension (14 of 22) Free Fall: Ex. 1: Finding Velocity 2:27
  • 35 Physics 2 - Motion In One-Dimension (15 of 22) Free Fall: Ex. 2: Finding Time 3:38
  • 36 Physics 2 - Motion In One-Dimension (16 of 22) Free Fall: Ex. 3: Finding Velocity and Time 5:44
  • 37 Physics 2 - Motion In One-Dimension (17 of 22) Free Fall: Ex. 4: Finding Velocity and Time 6:05
  • 38 Physics 2 - Motion In One-Dimension (18 of 22) Free Fall: Ex. 5: Finding Max Height 3:27
  • 39 Physics 2 - Motion In One-Dimension (19 of 22) More Examples 8:29
  • 40 Physics 2 - Motion In One-Dimension (20 of 22) Two Objects 4:12
  • 41 Physics 2 - Motion In One-Dimension (21 of 22) Two Objects 6:29
  • 42 Physics 2 - Motion In One-Dimension (22 of 22) Acceleration Not Constant 3:12
  • 43 Physics 3: Motion in 2-D Projectile Motion (1 of 21) Independent Motion in x and y 4:55
  • 44 Physics 3: Motion in 2-D Projectile Motion (2 of 21) Projectile 3:36
  • 45 Physics 3: Motion in 2-D Projectile Motion (3 of 21) Projectile Upward Angle 6:49
  • 46 Physics 3: Motion in 2-D Projectile Motion (4 of 21) Projectile Downward Angle 5:20
  • 47 Physics 3: Motion in 2-D Projectile Motion (5 of 21) Finding the Range: A General Approach 7:33
  • 48 Physics 3: Motion in 2-D Projectile Motion (6 of 21) Finding the Range: An Example 5:14
  • 49 Physics 3: Motion in 2-D Projectile Motion (7 of 21) Example 2: Clearing the Wall 6:19
  • 50 Physics 3: Motion in 2-D Projectile Motion (8 of 21) Example 3: Clearing the Wall 9:34
  • 51 Physics 3: Motion in 2-D Projectile Motion (9 of 21) Example 4: The Cannon 6:20
  • 52 Physics 3: Motion in 2-D Projectile Motion (10 of 21) Finding the Height: A General Approach 4:34
  • 53 Physics 3: Motion in 2-D Projectile Motion (11 of 21) Finding the Height: An Example 3:47
  • 54 Physics 3: Motion in 2-D Projectile Motion (12 of 21) Example 1: Plane Dropping Object 3:20
  • 55 Physics 3: Motion in 2-D Projectile Motion (13 of 21) Example 2: Landing on a Slope 6:06
  • 56 Physics 3: Motion in 2-D Projectile Motion (14 of 21) Example 3: Landing on a Slope 8:23
  • 57 Physics 3: Motion in 2-D Projectile Motion (15 of 21) Example 4: Motorcycle Jump 5:53
  • 58 Physics 3: Motion in 2-D (16 of 21) Circular Motion and Acceleration 5:25
  • 59 Physics 3: Motion in 2-D (17 of 21) Circular Motion and Acceleration 4:30
  • 60 Physics 3: Motion in 2-D (18 of 21) Tangential and Centripetal Acceleration 5:56
  • 61 Physics 3: Motion in 2-D (19 of 21) Tangential and Centripetal Acceleration 6:11
  • 62 Physics 3: Motion in 2-D (20 of 21) Vector Notation in 2D 7:12
  • 63 Physics 3: Motion in 2-D (21 of 21) Vector Notation in 3D 2:28
  • 64 Physics 4 Newton's Laws of Motion (1 of 20) What is Newton's First Law? 3:55
  • 65 Physics 4 Newton's Laws of Motion (2 of 20) What is Newton's Second Law? 4:11
  • 66 Physics 4 Newton's Laws of Motion (3 of 20) What is Newton's Third Law? 3:57
  • 67 Physics 4 Newton's Laws of Motion (4 of 20) Free Body Diagram 8:19
  • 68 Physics 4 Newton's Laws of Motion (5 of 20) First Law: Example 1 3:39
  • 69 Physics 4 Newton's Laws of Motion (6 of 20) First Law: Example 2 3:00
  • 70 Physics 4 Newton's Laws of Motion (7 of 20) First Law: Example 3 6:45
  • 71 Physics 4 Newton's Laws of Motion (8 of 20) Second Law: Example 1 2:15
  • 72 Physics 4 Newton's Laws of Motion (9 of 20) Second Law: Example 2 7:32
  • 73 Physics 4 Newton's Laws of Motion (10 of 20) Second Law: Example 3 6:54
  • 74 Physics 4 Newton's Laws of Motion (11 of 20) Second Law: Example 4 3:49
  • 75 Physics 4 Newton's Laws of Motion (12 of 20) Second Law: Example 5 5:12
  • 76 Physics 4 Newton's Laws of Motion (14 of 20) Third Law: Example 2 4:31
  • 77 Physics 4 Newton's Laws of Motion (13 of 20) Third Law: Example 1 3:22
  • 78 Physics 4 Newton's Laws of Motion (15 of 20) Third Law: Example 3 5:02
  • 79 Physics 4 Newton's Laws of Motion (16 of 20) Third Law: Example 4 2:58
  • 80 Physics 4 Newton's Laws of Motion (17 of 20) Third Law: Example 5 3:52
  • 81 Physics 4 Newton's Laws of Motion (19 of 20) Statics: Example 2 7:44
  • 82 Physics 4 Newton's Laws of Motion (20 of 20) Statics: Example 3 3:51
  • 83 Physics - Mechanics: Applications of Newton's Second Law (1 of 20) tension on horizontal blocks 4:36
  • 84 Physics - Mechanics: Applications of Newton's Second Law (2 of 20) basic incline problem 3:51
  • 85 Physics - Mechanics: Applications of Newton's Second Law (3 of 20) incline with 2 blocks 12:18
  • 86 Physics - Mechanics: Applications of Newton's Second Law (4 of 20) double ramp 5:59
  • 87 Physics - Mechanics: Applications of Newton's Second Law (5 of 20) ramp with block on block 4:57
  • 88 Physics - Mechanics: Applications of Newton's Second Law (6 of 20) tension in elevator 3:02
  • 89 Physics - Mechanics: Applications of Newton's Second Law (7 of 20) 4:18
  • 90 Physics - Mechanics: Applications of Newton's Second Law (8 of 20) 9:00
  • 91 Physics - Mechanics: Applications of Newton's Second Law (9 of 20) 4:58
  • 92 Physics - Mechanics: Applications of Newton's Second Law (10 of 20) pulley with constant velocity 2:48
  • 93 Physics 4 Newton's Laws of Motion (18 of 20) Statics: Example 1 6:23
  • 94 Physics - Mechanics: Applications of Newton's Second Law (11 of 20) accelerating pulley 15:38
  • 95 Physics - Mechanics: Applications of Newton's Second Law (12 of 20) There is a Mistake in this Video 6:02
  • 96 Physics - Mechanics: Applications of Newton's Second Law (13 of 20) table and pulley 3:09
  • 97 Physics - Mechanics: Applications of Newton's Second Law (14 of 20) inclined plane 8:52
  • 98 Physics - Mechanics: Applications of Newton's Second Law (15 of 20) sliding block combination 6:36
  • 99 Physics - Mechanics: Applications of Newton's Second Law (16 of 20) pulley combination 5:45
  • 100 Physics - Mechanics: Applications of Newton's Second Law (17 of 20) video has error, will be remade 4:33
  • 101 Physics 6 Newton's Second Law and Circular Motion (1 of 10) Horizontal Motion 4:49
  • 102 Physics 6 Newton's Second Law and Circular Motion (2 of 10) Vertical Motion 8:00
  • 103 Physics 6 Newton's Second Law and Circular Motion (4 of 10) Going Around a Curved Road 3:44
  • 104 Physics 6 Newton's Second Law and Circular Motion (5 of 10) Banked Road, No Friction 7:20
  • 105 Physics 6 Newton's Second Law and Circular Motion (3 of 10) Pendulum Circular Motion 5:02
  • 106 Physics 6 Newton's Second Law and Circular Motion (6 of 10) Banked Road with Friction 13:35
  • 107 Physics 6 Newton's Second Law and Circular Motion (7 of 10) Rotating Puck on Table 3:08
  • 108 Physics 6 Newton's Second Law and Circular Motion (8 of 10) Dune Buggy Over Hill 2:59
  • 109 Physics 6 Newton's Second Law and Circular Motion (9 of 10) Roller Coaster 3:00
  • 110 Physics 6 Newton's Second Law and Circular Motion (10 of 10) Carnival Ride 4:37
  • 111 Physics - Mechanics: The Inclined Plane (1 of 2) Frictionless 4:33
  • 112 Physics - Mechanics: The Inclined Plane (2 of 2) With Friction 7:01
  • 113 Physics - Pulley System on a Table (1 of 2) Frictionless Table 10:35
  • 114 Physics - Mechanics: Pulley System on a Table (2 of 2) With Friction 7:47
  • 115 Physics - Mechanics: The Pulley (1 of 2) 11:04
  • 116 Physics - Mechanics: The Pulley (2 of 2) 11:57
  • 117 Physics - Pully on an Incline (1 of 2) Frictionless 7:35
  • 118 Physics - Pully on an Incline (2 of 2) With Friction 10:32
  • 119 Physics - Holding a Block Against a Wall 11:33
  • 120 Physics 7 Relative Velocity (1 of 11) Basics Concept 4:22
  • 121 Physics 7 Relative Velocity (2 of 11) Linear Motion 2:30
  • 122 Physics 7 Relative Velocity (3 of 11) Perpendicular Motion 4:55
  • 123 Physics 7 Relative Velocity (4 of 11) Perpendicular Motion 3:36
  • 124 Physics 7 Relative Velocity (6 of 11) Perpendicular Motion 6:34
  • 125 Physics 7 Relative Velocity (5 of 11) Perpendicular Motion 4:57
  • 126 Physics 7 Relative Velocity (7 of 11) Perpendicular Motion: Airplane 9:11
  • 127 Physics 7 Relative Velocity (8 of 11) Perpendicular Motion: Airplane 7:31
  • 128 Physics - Mechanics: Relative Velocity (9 of 11) Perpendicular Motion: Boat 4:40
  • 129 Physics 7 Relative Velocity (10 of 11) Perpendicular Motion: Running v Walking 4:15
  • 130 Physics 8 Work, Energy, and Power (1 of 37) Basics 7:49
  • 131 Physics 8 Work, Energy, and Power (2 of 37) Basic Example 3:44
  • 132 Physics 8 Work, Energy, and Power (3 of 37) Lifting an Object 3:55
  • 133 Physics 8 Work, Energy, and Power (4 of 37) Compressing a Spring 5:15
  • 134 Physics 8 Work, Energy, and Power (5 of 37) Pushing an Object (Frictionless) 6:22
  • 135 Physics 8 Work, Energy, and Power (6 of 37) Inclined Plane (Frictionless) 7:53
  • 136 Physics 8 Work, Energy, and Power (7 of 37) Inclined Plane (Friction) 8:33
  • 137 Physics 8 Work, Energy, and Power (8 of 37) Work Done by Gravity 4:18
  • 138 Physics 8 Work, Energy, and Power (9 of 37) Work Done by a Spring 6:18
  • 139 Physics 8 Work, Energy, and Power (10 of 37) Work Done by Carrying a Box 2:44
  • 140 Physics 8 Work, Energy, and Power (11 of 37) The Rate of Doing Work 4:52
  • 141 Physics 8 Work, Energy, and Power (12 of 37) What Is A Horsepower? 4:14
  • 142 Physics 8 Work, Energy, and Power (13 of 37) Power Needed to Overcome Friction 4:57
  • 143 Physics 8 Work, Energy, and Power (14 of 37) Power Required to Drive Up A Hill 7:45
  • 144 Physics 8 Work, Energy, and Power (15 of 37) Driving UP A Hill With Friction 5:35
  • 145 Physics 8 Work, Energy, and Power (16 of 37) Driving Up A Hill 5:01
  • 146 Physics 8 Work, Energy, and Power (17 of 37) Pumping Water 5:51
  • 147 Physics 8 Work, Energy, and Power (18 of 37) Power Generator 3:43
  • 148 Physics 8 Work, Energy, and Power (19 of 37) Climbing Mountains 4:12
  • 149 Physics 8 Work, Energy, and Power (20 of 37) Climbing Stairs 3:50
  • 150 Physics 8 Work, Energy, and Power (21 of 37) Box pushed over rough surface 5:02
  • 151 Physics 8 Work, Energy, and Power (22 of 37) Box pushed up a Frictionless incline 7:49
  • 152 Physics 8 Work, Energy, and Power (23 of 37) Box pushed up a Rough Incline With Friction 10:21
  • 153 Physics 8 Work, Energy, and Power (24 of 37) Sliding down a frictionless incline 4:55
  • 154 Physics 8 Work, Energy, and Power (25 of 37) Crate slides down a rough incline 10:30
  • 155 Physics 8 Work, Energy, and Power (26 of 37) A pulley with two weights 9:54
  • 156 Physics 8 Work, Energy, and Power (27 of 37) 13:57
  • 157 Physics 8 Work, Energy, and Power (28 of 37) 9:31
  • 158 Physics 8 Work, Energy, and Power (29 of 37) 8:19
  • 159 Physics 8 Work, Energy, and Power (30 of 37) 5:08
  • 160 Physics 8 Work, Energy, and Power (31 of 37) 11:08
  • 161 Physics 9 Conservation of Energy (1 of 11) Introduction 4:23
  • 162 Physics 9 Conservation of Energy (2 of 11) Moving Up An Incline (Frictionless) 5:16
  • 163 Physics 9 Conservation of Energy (3 of 11) Moving Up An Incline (Friction) 8:28
  • 164 Physics 9 Conservation of Energy (4 of 11) Roller Coaster 3:33
  • 165 Physics 9 Conservation of Energy (5 of 11) Energy Stored In A Spring 5:20
  • 166 Physics 9 Conservation of Energy (6 of 11) Energy Stored In A Spring 5:34
  • 167 Physics 9 Conservation of Energy (7 of 11) Atwood Machine 5:51
  • 168 Physics 9 Conservation of Energy (8 of 11) Weights On A Table 8:23
  • 169 Physics 9 Conservation of Energy (9 of 11) Sliding In A Bowl 10:05
  • 170 Physics 9 Conservation of Energy (10 of 11) Skiing Down A Hill 7:15
  • 171 Physics 4.8 Free Body Diagrams (9 of 10) Mass on Inclined Plane: Ex.1 3:16
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Physics 1 - Vectors (1 of 21) What Is A Vector?

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الكورس من تقديم Michel van Biezen، ويضم 171 درسًا بإجمالي مدة 16 ساعة و54 دقيقة. المحتوى موجّه إلى المبتدئين في مجال الفيزياء والكيمياء. لو خصصت 30 دقيقة يوميًا ستنهي الكورس خلال 34 يومًا تقريبًا. أول ما ستشاهده هو «Vectors (1 21) What Is A Vector?»، وآخر محطة في الكورس «4.8 Free Body Diagrams (9 10) Mass on Inclined Plane - Ex.1». أطول الدروس «Mechanics - Applications Newton's Second Law (11 20) accelerating…» بمدة 15 دقيقة، ومتوسط مدة الدرس 5 دقائق.

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مسار التعلم في هذا الكورس

يسير الكورس بترتيب متدرّج: Vectors (1 21) What Is A Vector? ← 3 - Motion in 2-D Projectile Motion (2 21) Projectile ← Mechanics - Applications Newton's Second Law (4 20) double… ← Relative Velocity (10 11) Perpendicular Motion - Running v… ← 4.8 Free Body Diagrams (9 10) Mass on Inclined Plane - Ex.1.

المتطلبات السابقة

يكفي أن تكون دارسًا للمنهج؛ الكورس يراجع معك الأجزاء الأساسية خطوة بخطوة. كل ما تحتاجه: كشكول للحل مع الشرح، وجهاز متصل بالإنترنت.

أول درس في الكورس: «Vectors (1 21) What Is A Vector?».

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كم من الوقت تحتاج لإتقان PHYSICS؟

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Michel van Biezen
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عدد الدروس
171 درس
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المدة الإجمالية
16 ساعة 54 دقيقة
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🎯 ماذا ستتعلم في هذا الكورس

✓
Vectors (1 21) What Is A Vector?
✓
Vectors (2 21) Vector Notation
✓
Vectors (3 21) Components And Magnitudes A Vector
✓
Vectors (4 21) Finding The Components A Vector
✓
Vectors (5 21) Adding Vectors Graphically - Parallelogram Method
✓
Vectors (6 21) Adding Vectors Graphically - Tip-To-Toe Method
✓
Vectors (7 21) Adding Vectors Numerically - Example
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Vectors (8 21) Adding Vectors Numerically - Example
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+ 163 موضوعًا آخر داخل الكورس

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فهم القوانين والتجارب بشكل مبسط
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التدرّب على حل المسائل
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أساس لكليات الطب والهندسة والعلوم

❓ أسئلة شائعة عن الكورس

كم عدد دروس كورس PHYSICS؟ +
يضم كورس PHYSICS 171 درسًا بإجمالي مدة 16 ساعة و54 دقيقة. تتراوح مدة الدرس بين دقيقة و15 دقيقة.
من يقدم كورس PHYSICS؟ +
يقدمه Michel van Biezen، وتعرض مصر 24 دروسه مرتبة في صفحة واحدة مع حفظ تقدمك درسًا بدرس.
هل الكورس مناسب للمبتدئين؟ +
نعم، الكورس موجّه للمبتدئين ولا يحتاج خبرة سابقة. ويبدأ بدرس «Vectors (1 21) What Is A Vector?».
كم يستغرق إتمام الكورس؟ +
إجمالي مدة الدروس 16 ساعة و54 دقيقة. بمعدل 30 دقيقة يوميًا تنهيه في 34 يومًا، وبساعة يوميًا في 17 يومًا.
هل أحصل على شهادة بعد الكورس؟ +
نعم، تحصل على شهادة إتمام باسمك من أكاديمية مصر ٢٤، وتُفتح بعد مشاهدة نصف الدروس على الأقل.
هل الكورس مجاني؟ +
نعم، كل الدروس متاحة للمشاهدة دون أي رسوم أو اشتراك.
ماذا يفيدني هذا الكورس؟ +
فهم القوانين والتجارب بشكل مبسط، والتدرّب على حل المسائل، وأساس لكليات الطب والهندسة والعلوم.
ما الذي أحتاجه لتطبيق الكورس؟ +
أي موبايل أو كمبيوتر متصل بالإنترنت.
ما لغة الشرح في الكورس؟ +
الشرح باللغة الإنجليزية.
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