PPT-Vector v. Scalar Quantities

Vector Quantity Fully described by both magnitude number plus units AND direction Represented by arrows displacement velocity acceleration force Scalar Quantity Fully described by magnitude alone. Physical quantities. Any quantity that can be quantified by measurement is a physical quantity . Most of the quantities we deal with as scientists are physical quantities and they will be the ones we will discuss throughout this topic of motion.. November 2014. Derived Quantities. 2. Derived quantities are . produced using data from kernels. These are the primary reason that SPICE exists!. . Examples . are:. Lighting conditions. Surface intercept (LAT/LON). Licensed Electrical & Mechanical Engineer. BMayer@ChabotCollege.edu. Engineering 36. Chp 4: Force. Resultants (2). Scalar (Dot) Product of 2 Vectors. The SCALAR Product or . DOT Product Between Two. . - Class . 6. Today:. Scalars and vectors. Coordinate systems, Components. Vector Algebra. The ball rolls up the ramp, then back down. Which is the correct acceleration graph? [Define positive . s. In maths, words can be very important and sometimes have a more specific meaning than we first think.. For example, if we talk about ‘doing a sum’, many people think this means the same as a ‘doing a calculation’, but ‘sum’ means ‘addition’, so 7-3=4 is not strictly a ‘sum’ at all.. What are the different types of motion?. Simple harmonic motion.  a type of . periodic motion.  where the restoring force is directly proportional to the displacement. .. Examples:. Uniform circular . Quiz-. By: . Atul. . Soral. QUESTION 1. Displacement is a. A. Scalar quantity. B. Vector quantity. C. Base quantity. D. Derived . quantity. QUESTION 2. The adding of two vectors to get a single vector is termed as. Task 1 . Get into pairs having one person facing the board (Person A) whilst the other faces away (Person B). . Person A will be shown a distance-time graph, they must explain the journey that it shows to Person B. . A . vector quantity. is a quantity that has both magnitude and direction. Velocity, acceleration, and force are examples of vector quantities. . A . scalar quantity. is a quantity that has magnitude, but no direction. Time, mass, volume, and speed are examples of scalar quantities.. Any vector can be resized by multiplying it by a real number (scalar).. Multiplying by positive scalar changes magnitude only.. Multiplying by a negative scalar changes the magnitude and its direction.. Vectors, Scalars, and Motion!. Vector vs. Scalar Quantities. Scalar. . Quantities:. Only has . magnitude . Vector . Quantities:. Have . magnitude. AND . direction. Represented with an arrow. + or – indicates the direction. Lecturer:. Prof. Tim Greenshaw.. Oliver Lodge Lab, Room 333.. Office hours, Fri. 11:30…13:30.. Email . green@liv.ac.uk. Lectures:. Monday 14:00, HSLT.. Tuesday . 13:00, HSLT. . Thursday 09:00, HSLT.. 1. Electromagnetism. . Introduction to Electrodynamics. Fourth Edition . David J. . Griths. Abeer. . Alshammari. 2. Abeer Alshammari. 3. Scalar quantities:. . Quantities. . having magnitude only.. Stokes's. theorem: . The . curl . of . A . is the rotational vector whose magnitude is the maximum circulation of A per unit area as the area tends to zero and whose direction is the normal direction of the area when the area is oriented so as to make the circulation maximum..