🗊Презентация Kinematics of a particle. (Chapter 12)

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Kinematics of a particle. (Chapter 12), слайд №1Kinematics of a particle. (Chapter 12), слайд №2Kinematics of a particle. (Chapter 12), слайд №3Kinematics of a particle. (Chapter 12), слайд №4Kinematics of a particle. (Chapter 12), слайд №5Kinematics of a particle. (Chapter 12), слайд №6Kinematics of a particle. (Chapter 12), слайд №7Kinematics of a particle. (Chapter 12), слайд №8Kinematics of a particle. (Chapter 12), слайд №9Kinematics of a particle. (Chapter 12), слайд №10Kinematics of a particle. (Chapter 12), слайд №11Kinematics of a particle. (Chapter 12), слайд №12Kinematics of a particle. (Chapter 12), слайд №13Kinematics of a particle. (Chapter 12), слайд №14Kinematics of a particle. (Chapter 12), слайд №15Kinematics of a particle. (Chapter 12), слайд №16Kinematics of a particle. (Chapter 12), слайд №17Kinematics of a particle. (Chapter 12), слайд №18Kinematics of a particle. (Chapter 12), слайд №19Kinematics of a particle. (Chapter 12), слайд №20Kinematics of a particle. 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Слайды и текст этой презентации

Слайд 1


Chapter 12: Kinematics of a Particle Section 12.1: Introduction
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Chapter 12: Kinematics of a Particle Section 12.1: Introduction

Слайд 2


Learning objective Be able to find the kinematic quantities (position, displacement, velocity, and acceleration) of a particle traveling along a straight path.
Описание слайда:
Learning objective Be able to find the kinematic quantities (position, displacement, velocity, and acceleration) of a particle traveling along a straight path.

Слайд 3


Applications
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Applications

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Applications
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Applications

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An Overview of Mechanics
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An Overview of Mechanics

Слайд 6


Chapter 12: Kinematics of a Particle Section 12.2: Rectilinear Kinematics: Continuous Motion
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Chapter 12: Kinematics of a Particle Section 12.2: Rectilinear Kinematics: Continuous Motion

Слайд 7


Continuous Motion
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Continuous Motion

Слайд 8


Velocity
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Velocity

Слайд 9


Acceleration
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Acceleration

Слайд 10


Summary of Kinematic Relations
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Summary of Kinematic Relations

Слайд 11


Constant Acceleration
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Constant Acceleration

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Example
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Example

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Solution
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Solution

Слайд 14


Channel Setting Instructions for ResponseCard RF 1. Press and release the "GO" or "CH" button. 2. While the light is flashing red and green, enter the 2 digit channel code (i.e. channel 1 = 01, channel 21 = 21). Channel is 11 3. After the second digit is entered, Press and release the "GO" or "CH" button. The light should flash green to confirm. 4. Press and release the "1/A" button. The light should flash amber to confirm.
Описание слайда:
Channel Setting Instructions for ResponseCard RF 1. Press and release the "GO" or "CH" button. 2. While the light is flashing red and green, enter the 2 digit channel code (i.e. channel 1 = 01, channel 21 = 21). Channel is 11 3. After the second digit is entered, Press and release the "GO" or "CH" button. The light should flash green to confirm. 4. Press and release the "1/A" button. The light should flash amber to confirm.

Слайд 15


Quiz
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Quiz

Слайд 16


A particle moves along a horizontal path with its velocity varying with time as shown. The average acceleration of the particle is? 0.4 m/s2 0.4 m/s2 1.6 m/s2 1.6 m/s2
Описание слайда:
A particle moves along a horizontal path with its velocity varying with time as shown. The average acceleration of the particle is? 0.4 m/s2 0.4 m/s2 1.6 m/s2 1.6 m/s2

Слайд 17


A particle has an initial velocity of 30 m/s to the left. If it then passes through the same location 5 seconds later with a velocity of 50 m/s to the right, the average velocity of the particle during the 5 s time interval is? 10 m/s 40 m/s 16 m/s 0 m/s
Описание слайда:
A particle has an initial velocity of 30 m/s to the left. If it then passes through the same location 5 seconds later with a velocity of 50 m/s to the right, the average velocity of the particle during the 5 s time interval is? 10 m/s 40 m/s 16 m/s 0 m/s

Слайд 18


Example
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Example

Слайд 19


Solution
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Solution

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Solution
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Solution

Слайд 21


Quiz
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Quiz

Слайд 22


A particle has an initial velocity of 3 m/s to the left at s0 = 0 m. Determine its position when t = 3 s if the acceleration is 2 m/s2 to the right. 0.0 m 6.0 m 18.0 m 9.0 m
Описание слайда:
A particle has an initial velocity of 3 m/s to the left at s0 = 0 m. Determine its position when t = 3 s if the acceleration is 2 m/s2 to the right. 0.0 m 6.0 m 18.0 m 9.0 m

Слайд 23


A particle is moving with an initial velocity of v = 12 m/s and constant acceleration of 3.78 m/s2 in the same direction as the velocity. Determine the distance the particle has traveled when the velocity reaches 30 m/s. 50 m 100 m 150 m 200 m
Описание слайда:
A particle is moving with an initial velocity of v = 12 m/s and constant acceleration of 3.78 m/s2 in the same direction as the velocity. Determine the distance the particle has traveled when the velocity reaches 30 m/s. 50 m 100 m 150 m 200 m

Слайд 24


Ugly aircraft competition
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Ugly aircraft competition

Слайд 25


Scale of Ugliness
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Scale of Ugliness

Слайд 26


Focke Wulf 19a Ente (1927) 1 2 3 4 5 6 7 8 9 10
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Focke Wulf 19a Ente (1927) 1 2 3 4 5 6 7 8 9 10

Слайд 27


Chapter 12: Kinematics of a Particle Section 12.3: Rectilinear Kinematics: Erratic Motion
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Chapter 12: Kinematics of a Particle Section 12.3: Rectilinear Kinematics: Erratic Motion

Слайд 28


Learning Objective Be able to calculate position, velocity, and acceleration of a particle using graphs.
Описание слайда:
Learning Objective Be able to calculate position, velocity, and acceleration of a particle using graphs.

Слайд 29


Erratic Motion
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Erratic Motion

Слайд 30


s-t-graph
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s-t-graph

Слайд 31


v-t-graph
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v-t-graph

Слайд 32


a-t-graph
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a-t-graph

Слайд 33


a-s-graph
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a-s-graph

Слайд 34


v-s-graph
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v-s-graph

Слайд 35


Example
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Example

Слайд 36


Solution
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Solution

Слайд 37


Solution
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Solution

Слайд 38


Quiz
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Quiz

Слайд 39


If a particle starts from rest and accelerates according to the graph shown, the particle’s velocity at t = 20 s is 200 m/s 100 m/s 0 20 m/s
Описание слайда:
If a particle starts from rest and accelerates according to the graph shown, the particle’s velocity at t = 20 s is 200 m/s 100 m/s 0 20 m/s

Слайд 40


The particle in the previous stops moving at t = ……. 10 s 20 s 30 s 40 s
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The particle in the previous stops moving at t = ……. 10 s 20 s 30 s 40 s

Слайд 41


Example
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Example

Слайд 42


Example
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Example

Слайд 43


Solution
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Solution

Слайд 44


Solution
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Solution

Слайд 45


Example
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Example

Слайд 46


Solution
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Solution

Слайд 47


Solution
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Solution

Слайд 48


Example
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Example

Слайд 49


Solution
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Solution

Слайд 50


Quiz
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Quiz

Слайд 51


If a car has the velocity curve shown, determine the time t necessary for the car to travel 100 meters. 8 s 4 s 10 s 6 s
Описание слайда:
If a car has the velocity curve shown, determine the time t necessary for the car to travel 100 meters. 8 s 4 s 10 s 6 s

Слайд 52


Select the correct a-t graph for the velocity curve shown. A) B) C) D)
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Select the correct a-t graph for the velocity curve shown. A) B) C) D)

Слайд 53


Ugly aircraft competition
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Ugly aircraft competition

Слайд 54


Miles M.35 Libellula (1942) 1 2 3 4 5 6 7 8 9 10
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Miles M.35 Libellula (1942) 1 2 3 4 5 6 7 8 9 10

Слайд 55


Chapter 12: Kinematics of a Particle Section 12.4: General Curvilinear Motion
Описание слайда:
Chapter 12: Kinematics of a Particle Section 12.4: General Curvilinear Motion

Слайд 56


Learning Objective
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Learning Objective

Слайд 57


Applications
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Applications

Слайд 58


Applications
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Applications

Слайд 59


General Curvilinear Motion
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General Curvilinear Motion

Слайд 60


Velocity
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Velocity

Слайд 61


Acceleration
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Acceleration

Слайд 62


Chapter 12: Kinematics of a Particle Section 12.5: Curvilinear Motion Rectangular Components
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Chapter 12: Kinematics of a Particle Section 12.5: Curvilinear Motion Rectangular Components

Слайд 63


Learning Objective
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Learning Objective

Слайд 64


Rectangular Components
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Rectangular Components

Слайд 65


Rectangular Components: Velocity
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Rectangular Components: Velocity

Слайд 66


Rectangular Components: Acceleration
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Rectangular Components: Acceleration

Слайд 67


Example
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Example

Слайд 68


Solution
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Solution

Слайд 69


Solution
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Solution

Слайд 70


Quiz
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Quiz

Слайд 71


If the position of a particle is defined by r = [(1.5t2 + 1) i + (4t – 1) j ] (m), its speed at t = 1 s is 2 m/s 3 m/s 5 m/s 7 m/s
Описание слайда:
If the position of a particle is defined by r = [(1.5t2 + 1) i + (4t – 1) j ] (m), its speed at t = 1 s is 2 m/s 3 m/s 5 m/s 7 m/s

Слайд 72


The position of a particle is given as r = (4t2 i - 2x j) m. Determine the particle’s acceleration. (4 i +8 j ) m/s2 (8 i -16 j ) m/s2 (8 i) m/s2 (8 j ) m/s2
Описание слайда:
The position of a particle is given as r = (4t2 i - 2x j) m. Determine the particle’s acceleration. (4 i +8 j ) m/s2 (8 i -16 j ) m/s2 (8 i) m/s2 (8 j ) m/s2

Слайд 73


Ugly aircraft competition
Описание слайда:
Ugly aircraft competition

Слайд 74


Kyushu J7W-1 Shinden (1945) 1 2 3 4 5 6 7 8 9 10
Описание слайда:
Kyushu J7W-1 Shinden (1945) 1 2 3 4 5 6 7 8 9 10

Слайд 75


Chapter 12: Kinematics of a Particle Section 12.6: Motion of a Projectile
Описание слайда:
Chapter 12: Kinematics of a Particle Section 12.6: Motion of a Projectile

Слайд 76


Learning Objective
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Learning Objective

Слайд 77


Applications
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Applications

Слайд 78


Motion of a Projectile
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Motion of a Projectile

Слайд 79


Motion of a Projectile
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Motion of a Projectile

Слайд 80


Kinematic Equations: Horizontal Motion
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Kinematic Equations: Horizontal Motion

Слайд 81


Kinematic Equations: Vertical Motion
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Kinematic Equations: Vertical Motion

Слайд 82


Example
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Example

Слайд 83


Solution
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Solution

Слайд 84


Example
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Example

Слайд 85


Solution
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Solution

Слайд 86


Quiz
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Quiz

Слайд 87


The time of flight of a projectile, fired over level ground, with initial velocity Vo at angle θ, is equal to? (vo sin θ)/g (2vo sin θ)/g (vo cos θ)/g (2vo cos θ)/g
Описание слайда:
The time of flight of a projectile, fired over level ground, with initial velocity Vo at angle θ, is equal to? (vo sin θ)/g (2vo sin θ)/g (vo cos θ)/g (2vo cos θ)/g

Слайд 88


Ugly aircraft competition
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Ugly aircraft competition

Слайд 89


VariViggen (1967) 1 2 3 4 5 6 7 8 9 10
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VariViggen (1967) 1 2 3 4 5 6 7 8 9 10

Слайд 90


Chapter 12: Kinematics of a Particle Section 12.7: Curvilinear Motion Normal and Tangential Components
Описание слайда:
Chapter 12: Kinematics of a Particle Section 12.7: Curvilinear Motion Normal and Tangential Components

Слайд 91


Learning Objective
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Learning Objective

Слайд 92


Application
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Application

Слайд 93


Normal and Tangential Components
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Normal and Tangential Components

Слайд 94


Normal and Tangential Components
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Normal and Tangential Components

Слайд 95


Velocity in the n-t-Coordinate System
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Velocity in the n-t-Coordinate System

Слайд 96


Velocity in the n-t-Coordinate System
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Velocity in the n-t-Coordinate System

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Velocity in the n-t-Coordinate System
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Velocity in the n-t-Coordinate System

Слайд 98


Special Cases of Motion
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Special Cases of Motion

Слайд 99


Special Cases of Motion
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Special Cases of Motion

Слайд 100


Three-dimensional Motion
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Three-dimensional Motion

Слайд 101


Example
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Example

Слайд 102


Solution
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Solution

Слайд 103


Example
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Example

Слайд 104


Solution
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Solution

Слайд 105


Quiz
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Quiz

Слайд 106


An aircraft traveling in a circular path of radius 300 m has an instantaneous velocity of 30 m/s and its velocity is increasing at a constant rate of 4 m/s2. What is the magnitude of its total acceleration at this instant? 3 m/s2 4 m/s2 5 m/s2 -5 m/s2
Описание слайда:
An aircraft traveling in a circular path of radius 300 m has an instantaneous velocity of 30 m/s and its velocity is increasing at a constant rate of 4 m/s2. What is the magnitude of its total acceleration at this instant? 3 m/s2 4 m/s2 5 m/s2 -5 m/s2

Слайд 107


Example
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Example

Слайд 108


Solution
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Solution

Слайд 109


Chapter 12: Kinematics of a Particle Section 12.8: Curvilinear Motion Cylindrical Components
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Chapter 12: Kinematics of a Particle Section 12.8: Curvilinear Motion Cylindrical Components

Слайд 110


Learning Objective
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Learning Objective

Слайд 111


Applications
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Applications

Слайд 112


Cylindrical Components
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Cylindrical Components

Слайд 113


Velocity in Polar Coordinates
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Velocity in Polar Coordinates

Слайд 114


Acceleration in Polar Coordinates
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Acceleration in Polar Coordinates

Слайд 115


Cylindrical Coordinates
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Cylindrical Coordinates

Слайд 116


Example
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Example

Слайд 117


Solution
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Solution

Слайд 118


Solution
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Solution

Слайд 119


Example
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Example

Слайд 120


Solution
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Solution

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Solution
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Solution

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Ugly aircraft competition
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Ugly aircraft competition

Слайд 123


Curtis Aerodrome (1914) 1 2 3 4 5 6 7 8 9 10
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Curtis Aerodrome (1914) 1 2 3 4 5 6 7 8 9 10

Слайд 124


Chapter 12: Kinematics of a Particle Section 12.9: Absolute Dependent Motion of Two Particles
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Chapter 12: Kinematics of a Particle Section 12.9: Absolute Dependent Motion of Two Particles

Слайд 125


Learning Objective
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Learning Objective

Слайд 126


Applications
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Applications

Слайд 127


Applicatons
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Applicatons

Слайд 128


Dependent Motion
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Dependent Motion

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Dependent Motion
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Dependent Motion

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Dependent Motion
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Dependent Motion

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Example
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Example

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Solution
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Solution

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Solution
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Solution

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Dependent Motion: Procedure
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Dependent Motion: Procedure

Слайд 135


Example
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Example

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Solution
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Solution

Слайд 137


Solution
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Solution

Слайд 138


Quiz
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Quiz

Слайд 139


Determine the speed of block B. 1 m/s 2 m/s 4 m/s None of the above.
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Determine the speed of block B. 1 m/s 2 m/s 4 m/s None of the above.

Слайд 140


Example
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Example

Слайд 141


Solution
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Solution

Слайд 142


Quiz
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Quiz

Слайд 143


Determine the speed of block B when block A is moving down at 6 m/s while block C is moving down at 18 m/s. 24 m/s 3 m/s 12 m/s 9 m/s
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Determine the speed of block B when block A is moving down at 6 m/s while block C is moving down at 18 m/s. 24 m/s 3 m/s 12 m/s 9 m/s

Слайд 144


Ugly aircraft competition
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Ugly aircraft competition

Слайд 145


Koechlin biplane (1908) 1 2 3 4 5 6 7 8 9 10
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Koechlin biplane (1908) 1 2 3 4 5 6 7 8 9 10

Слайд 146


Chapter 12: Kinematics of a Particle Section 12.10: Relative Motion of Two Particles Using Translating Axes
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Chapter 12: Kinematics of a Particle Section 12.10: Relative Motion of Two Particles Using Translating Axes

Слайд 147


Learning Objective
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Learning Objective

Слайд 148


Applications
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Applications

Слайд 149


Relative Motion: Position
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Relative Motion: Position

Слайд 150


Relative Motion: Velocity and Acceleration
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Relative Motion: Velocity and Acceleration

Слайд 151


Relative Motion: Procedure
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Relative Motion: Procedure

Слайд 152


Example
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Example

Слайд 153


Example
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Example

Слайд 154


Quiz
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Quiz

Слайд 155


Two planes A and B are flying at constant speed. Determine the magnitude of the velocity of plane B relative to plane A 693 km/h 650 km/h 400 km/h 1258 km/h
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Two planes A and B are flying at constant speed. Determine the magnitude of the velocity of plane B relative to plane A 693 km/h 650 km/h 400 km/h 1258 km/h

Слайд 156


Example
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Example

Слайд 157


Solution
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Solution

Слайд 158


Kinematics of a particle. (Chapter 12), слайд №158
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