'Vector quantities' presentation slideshows

CHEM699.08 Lecture #9 Calculating Time-dependent Properties June 28, 2001 MM 1 st Ed. Chapter 6 -- 333-342 MM

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Feb 16, 2011

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FISIKA DASAR

FISIKA DASAR. By: Mohammad Faizun , S.T., M.Eng . Head of Manufacture System Laboratory Mechanical Engineering Department Universitas Islam Indonesia. Everything which can be MEASURED is quantity . 1. QUANTITY ( besaran ) and UNITS ( satuan ).

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Scalar & Vector Quantities

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CH. 4 Vector Addition Milbank High School

CH. 4 Vector Addition Milbank High School. Sec. 4.1 and 4.2. Objectives Determine graphically the sum of two of more vectors Solve problems of relative velocity Establish a coordinate system in problems involving vector quantities

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Linear Momentum and Collisions

Linear Momentum and Collisions. Mr. Kamanda. Objectives. By the end of this unit, you should be able to: Define linear momentum as product of mass and velocity, and calculate momentum of a body.

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Kinematics

Kinematics. Kinematics is the science of describing the motion of objects using words, diagrams, numbers, graphs, and equations. Motion can be described using many words such as fast, slow, speeding up, turning, etc. In physics we use mathematical quantities to describe motion

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Vectors and Scalars

Vectors and Scalars. Learning outcomes. Understand scalar and vector quantities Determine resultant vector by graphical method Parallelogram Head to tail method. PHYSICAL QUANTITIES. BASE QUANTITIES. DERIVED QUANTITIES. PHYSICAL QUANTITIES. SCALARS. VECTORS.

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SOLVING VELOCITY VECTOR PROBLEMS

SOLVING VELOCITY VECTOR PROBLEMS. Presented by: IAN RIVAS MAGLINES.

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Vectors vs. Scalars Pop Quiz: Which of these do you think are vector quantities?

Vectors vs. Scalars Pop Quiz: Which of these do you think are vector quantities? Mass, Temperature, Distance, Displacement, Speed, Velocity, Acceleration, Force, Work, Energy, Power, Momentum, Time. A vector is an arrowed line. A vector has a tail and a head .

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Homework for Chapter 1

Homework for Chapter 1. The time it takes a planet to make one complete trip around the sun is called the planet's. Orbit Revolution Rotation Period. Homework for Chapter 1. The ptolemaic system fulfilled the requirements of a scientific theory because.

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ACCELERATION

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Intro to Physics Intro to Motion

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Up, Up and Away

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CONCEPTUAL PHYSICS

CONCEPTUAL PHYSICS. Vectors. Vector and Scalar quantities Vector quantities: quantities that require both magnitude (size) and direction. Ex. Force, velocity Vector: arrows are used to represent vectors; the length of the arrow represents the magnitude and tip indicates the direction.

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Motion in a Plane

Motion in a Plane. Scalar Quantities. Physical quantities which can completely be specified by a number (magnitude) having an appropriate unit are known as Scalar Quantities.

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ELASTIC AND INELASTIC COLLISIONS

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Kinematics in 2 Dimensions Vectors

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Vectors, Scalars and Physics

Vectors, Scalars and Physics. Definitions: Vectors are quantities that have both magnitude and direction Scalars are quantities that have magnitude only Some examples include Vectors: velocity, acceleration, displacement, force Scalar: speed, distance, distance, time.

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Vector Components

Vector Components.

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