'Acceleration equation' presentation slideshows

MOTION, SPEED, VELOCITY, MOMENTUM, and ACCELERATION

MOTION, SPEED, VELOCITY, MOMENTUM, and ACCELERATION. Velocity - speed in a direction Since velocity includes both speed and direction, if either value changes, velocity also changes.

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Work and Energy

Work and Energy. Product of Vectors. Product of Vectors. We know, how to add and subtract vectors. Vectors are not ordinary numbers, so ordinary multiplication is not directly applicable to vectors. We will define two kinds of product of vectors:

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Motion

Motion. Measuring Motion. Speed Average Speed = distance covered / time taken v = d/t metric unit of speed: m/s English unit of speed: ft/s Constant speed: moving equal distances in equal time periods an object covering 5 feet each second has a constant speed of 5ft/s

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Useful Equations in Planar Rigid-Body Dynamics

Useful Equations in Planar Rigid-Body Dynamics. Kinematics (Ch. 16). Linear Motion. Angular Motion. r = r { t }. Constant linear Acceleration. Constant Angular Acceleration. 2D Rigid Body Kinematics, relative velocity and acceleration equations.

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Welcome back to Physics 215

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ME451 Kinematics and Dynamics of Machine Systems

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ACCELERATION

ACCELERATION. CH2 SEC 2. ACCELERATION MEASURES THE RATE OF CHANGE IN VELOCITY. AVERAGE ACCELERATION EQUATION. EXAMPLE PROBLEM. A SHUTTLE BUS SLOWS TO A STOP WITH AN AVG ACCELERATION OF -1.8 m/s 2 . How long does it take the bus to slow from 9.0 m/s to 0.0 m/s?

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Objectives : a) Resolve the acceleration of a point on a body into components of translation and rotation.

RELATIVE MOTION ANALYSIS: ACCELERATION (Section 16.7). Objectives : a) Resolve the acceleration of a point on a body into components of translation and rotation. b) Determine the acceleration of a point on a body by using a relative acceleration analysis. APPLICATIONS.

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ME451 Kinematics and Dynamics of Machine Systems

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Kinematics Equations

Kinematics Equations. Kinematics. Equations used to describe & represent the motion of objects are known as kinematic equations . Quantities used in Kinematic Equations d = Displacement t = Time v f = Final velocity v i = Initial velocity ( v o ) a = Acceleration.

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Chapter 10 - FORCES

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