MECH 206 • Midterm I • Dynamics
MECH206 dersi düşündüğün kadar zor değil! Bu dersimizde gerçek bir üniversite hocası olan Gürkan hocamızın anlatımıyla tüm konuları kavrayacak, ardından da geçmiş senelerde sorulmuş ve sınavda çıkabilecek sorularla antreman yapabileceksin.
Eğitmen
Gürkan Hoca
Öğr. Üy.
Orta Doğu Tekn. Üni.'den derece ile mezun olduktan sonra yüksek lisans ve doktora çalışmalarımı da yurt dışında tamamladım. Ardından aynı üniversitede öğretim üyesi olarak görev yaptım. Üniversite öğrencisi olmanın ne demek olduğunu unutmayarak, dersleri öğrencilerimin gözünden anlatmanın ve onlara özel anlama yolları geliştirmenin önemini çok iyi biliyorum. Öğretmenin aslında bir "sanat" olduğunu biliyorum ve bu sanatı sizlere gösterebilmek için buradayım.
Paketi Tamamla
🎓 Koç Üniversitesinde öğrencilerin %92'si tüm paketi alarak çalışıyor.
MECH 206 • Midterm II
Dynamics
Gürkan Hoca
1899 TL
MECH 206 • Midterm I
Dynamics
Gürkan Hoca
1899 TL
Konular
Introduction and General Principles
Introduction and General Principles
Kinematics of Particles
Kinematics of Particles: Definitions
Rectilinear Motion
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Curvilinear Motion: Which Coord. System to Use?
Rectangular Coordinates for 3D Motion
Exam Like Question - 1
Exam Like Question - 2
Projectile Motion: A Special Case for x-y Coord. System
Exam Like Question - 1
Exam Like Question - 2
Normal and Tangential Coordinates
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Polar Coordinates
Exam Like Question - 1
Exam Like Question - 2
Now We Know Which Coord. System to Use!
Exam Like Question
Exam Like Question
Exam Like Question
Constrained Motion
Exam Like Question - 1
Exam Like Question - 2
Relative Motion (with Translating Axes)
Exam Like Question - 1
Practice Problems
Kinematics of Particles: Rectilinear Motion
Kinematics of Particles: Rectilinear Motion
Kinematics of Particles: Rectilinear Motion
Kinematics of Particles: Curvilinear Motion
Kinematics of Particles: Curvilinear Motion with x-y and n-t Coordinates
Kinematics of Particles: Curvilinear Motion with x-y Coordinates
Kinetics of Particles: Force and Acceleration
What is Kinetics?
Force and Acceleration in x-y, n-t and r-teta Coordinates
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question - 6
Exam Like Question - 7
Exam Like Question - 8
Exam Like Question - 9
Exam Like Question
Kinetics of Particles: Work and Energy
Kinetics of Particles: Work and Energy
Power and Efficiency
Solution Procedure for Questions
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question - 6
Exam Like Question - 7
Kinetics of Particles: Impulse and Momentum
Linear Momentum and Linear Impulse
Angular Momentum and Angular Impulse
Impact
Solution Procedure for Impact Problems
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question
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Exam Like Question - 9
Exam Like Question - 10
Exam Like Question - 11
Exam Like Question - 12
Plane Kinematics Of Rigid Bodies
Introduction to Rigid Bodies
Types of Motion and Pure Translation
Fixed Axis Rotation: Rigid Body Itself
Math Review: Cross Product of Two Vectors
Fixed Axis Rotation: Point on a Rigid Body
General Plane Motion, Relative Velocity (Vectorial Approach) for Velocity Analysis
ICZV (Instant. Center of Zero Velocity) (Scalar Approach) for Velocity Analysis
Acceleration Analysis
Rolling Without Slip
Relative Motion of Two Objects using Rotating Axes: Corriolis Effect
Relative Motion of Slot-Connected Bodies using Rotating Axes
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question - 6
Exam Like Question - 7
Exam Like Question - 8
Exam Like Question
Exam Like Question
Exam Like Question
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Exam Like Question - 13
Exam Like Question - 14
Exam Like Question - 15
Exam Like Question
Exam Like Question
Exam Like Questions
Exam Like Question: Kinetics of Particles Force and Accel.
Exam Like Question: Kinetics of Particles Force and Accel.
Exam Like Question: Kinematics of Particles Using n-t Coordinates
Exam Like Question: Kinetics of Particles Conservation of Energy
Exam Like Question: Kinematics of Rigid Bodies Fixed Axis Rotation
Exam Like Question: Kinetics of Particles Angular Momentum
Exam Like Question: Kinetics of Particles Linear Momentum and Impact
Exam Like Question: Kinematics of Rigid Bodies General Plane Motion
Exam Like Question: Kinematics of Rigid Bodies Fixed Axis Rotation
Exam Like Question: Kinematics of Rigid Bodies General Plane Motion
(NEW) Mini Exam: Test Yourself!
Kinetics of Particles: Energy and Momentum
Kinetics of Particles: Energy and Power
Kinetics of Particles: Impulse and Momentum (including Projectile)
Kinematics of Rigid Bodies: Velocity Analysis (IC Method)
Kinematics of Rigid Bodies: Velocity Analysis (IC Method)
Kinematics of Rigid Bodies: Acceleration Analysis
Değerlendirmeler
Henüz hiç değerlendirme yok.
Sıkça Sorulan Sorular
Örneğin, Koç Üniversitesi - MATH 101 (Calculus) veya başka bir okulun benzer dersi olsun, paketlerimiz tam da o derse göre tasarlanır. Böylece nokta atışı çalışır, zaman kazanırsın.
Sınava özel videolar —konu anlatımları, çıkmış sorular ve çözümleri, özet notlar—içerir. Sınavda sıkça çıkan soruları hedefler. Eğitmenlerimiz, üniversitenin akademik takvimini takip ederek paketleri sürekli günceller. Böylece, gereksiz detaylarla vakit kaybetmeden başarını artırmaya odaklanabilirsin.
Ders İçeriği
Introduction and General Principles
Introduction and General Principles
Kinematics of Particles
Kinematics of Particles: Definitions
Rectilinear Motion
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Curvilinear Motion: Which Coord. System to Use?
Rectangular Coordinates for 3D Motion
Exam Like Question - 1
Exam Like Question - 2
Projectile Motion: A Special Case for x-y Coord. System
Exam Like Question - 1
Exam Like Question - 2
Normal and Tangential Coordinates
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Polar Coordinates
Exam Like Question - 1
Exam Like Question - 2
Now We Know Which Coord. System to Use!
Exam Like Question
Exam Like Question
Exam Like Question
Constrained Motion
Exam Like Question - 1
Exam Like Question - 2
Relative Motion (with Translating Axes)
Exam Like Question - 1
Practice Problems
Kinematics of Particles: Rectilinear Motion
Kinematics of Particles: Rectilinear Motion
Kinematics of Particles: Rectilinear Motion
Kinematics of Particles: Curvilinear Motion
Kinematics of Particles: Curvilinear Motion with x-y and n-t Coordinates
Kinematics of Particles: Curvilinear Motion with x-y Coordinates
Kinetics of Particles: Force and Acceleration
What is Kinetics?
Force and Acceleration in x-y, n-t and r-teta Coordinates
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question - 6
Exam Like Question - 7
Exam Like Question - 8
Exam Like Question - 9
Exam Like Question
Kinetics of Particles: Work and Energy
Kinetics of Particles: Work and Energy
Power and Efficiency
Solution Procedure for Questions
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question - 6
Exam Like Question - 7
Kinetics of Particles: Impulse and Momentum
Linear Momentum and Linear Impulse
Angular Momentum and Angular Impulse
Impact
Solution Procedure for Impact Problems
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question
Exam Like Question
Exam Like Question
Exam Like Question - 9
Exam Like Question - 10
Exam Like Question - 11
Exam Like Question - 12
Plane Kinematics Of Rigid Bodies
Introduction to Rigid Bodies
Types of Motion and Pure Translation
Fixed Axis Rotation: Rigid Body Itself
Math Review: Cross Product of Two Vectors
Fixed Axis Rotation: Point on a Rigid Body
General Plane Motion, Relative Velocity (Vectorial Approach) for Velocity Analysis
ICZV (Instant. Center of Zero Velocity) (Scalar Approach) for Velocity Analysis
Acceleration Analysis
Rolling Without Slip
Relative Motion of Two Objects using Rotating Axes: Corriolis Effect
Relative Motion of Slot-Connected Bodies using Rotating Axes
Exam Like Question - 1
Exam Like Question - 2
Exam Like Question - 3
Exam Like Question - 4
Exam Like Question - 5
Exam Like Question - 6
Exam Like Question - 7
Exam Like Question - 8
Exam Like Question
Exam Like Question
Exam Like Question
Exam Like Question
Exam Like Question - 13
Exam Like Question - 14
Exam Like Question - 15
Exam Like Question
Exam Like Question
Exam Like Questions
Exam Like Question: Kinetics of Particles Force and Accel.
Exam Like Question: Kinetics of Particles Force and Accel.
Exam Like Question: Kinematics of Particles Using n-t Coordinates
Exam Like Question: Kinetics of Particles Conservation of Energy
Exam Like Question: Kinematics of Rigid Bodies Fixed Axis Rotation
Exam Like Question: Kinetics of Particles Angular Momentum
Exam Like Question: Kinetics of Particles Linear Momentum and Impact
Exam Like Question: Kinematics of Rigid Bodies General Plane Motion
Exam Like Question: Kinematics of Rigid Bodies Fixed Axis Rotation
Exam Like Question: Kinematics of Rigid Bodies General Plane Motion
(NEW) Mini Exam: Test Yourself!
Kinetics of Particles: Energy and Momentum
Kinetics of Particles: Energy and Power
Kinetics of Particles: Impulse and Momentum (including Projectile)
Kinematics of Rigid Bodies: Velocity Analysis (IC Method)
Kinematics of Rigid Bodies: Velocity Analysis (IC Method)
Kinematics of Rigid Bodies: Acceleration Analysis