Units quiz Give the units for the following: Energy Force Power Work

Slides:



Advertisements
Similar presentations
AP Physics B Units.
Advertisements

Physics definitions. Acceleration Is the rate of change in velocity of an object divided by the time taken for the change. It is measured in ms-2.
P2 Additional Physics.
Wavelength The distance between one point on a wave and another point exactly like it.
Electrons as Waves.
Mock IGCSE Coordinated science Physics section. P1: THE STRENGTH OF SOLIDS Hookes law – including calculations Moments – calculations Why things balance.
Science w/ Ms. Hendryx 9/22/11. Velocity: m/s (distance over time) Position: m (distance) Acceleration: m/s 2 (distance over time squared) Mass: kg Force:
Work. Energy. Power. Physical work Work (W) is defined as the force (F) times the distance (s) moved in the direction of the force (cos Θ ) NB! Θ is angle.
Motions and Forces. How is speed calculated? The speed of an object can be calculated using this equation: distance travelled time taken speed =
Potential and Kinetic Energy
The apple is ……. Vel ocity = = = x x  :. The apple is ……. = =  : x x =x.
Study Guide Sliding, rolling, static and fluid friction.
TAKS Physics Review DAY 1 Objective 5 - Physics Force and motion Force and motion Newton’s laws Newton’s laws Waves Waves Conservation of energy Conservation.
Units of Measurement and Conversions. Conversion in the Metric System Giga- (G) 1,000,000, Mega- (M) 1,000, Kilo- ( k ) 1, Deci-
Tuesday, September 29, 2009 In olden days, something was only considered “doing work” if you were getting tired or sweaty doing it. Make up a definition.
What is the relationship between kinetic and potential energy?
KinematicsRotationEnergyWaves Electricity Dynamics.

WAVES AS 2.3: Demonstrate an understanding of wave phenomenon.
Physical Science Units Review
Objective 5 MOTION & FORCES. Have this on your desk for EVERY question involving math. FORMULAS Constants & Conversions Ruler EVERY FORMULA YOU NEED IS.
Motion.
WORK, ENERGY AND POWER WHY ARE WE WORKING SO HARD?
Energy! We have both types of energy: Kinetic and Potential.
Definitions ! Forces and Motion. Acceleration ! Acceleration is the rate of change of velocity, with respect to time. Velocity ! Velocity is the rate.
Chapter 2.2 Objectives and Vocabulary acceleration deceleration Newton's second law Define and calculate acceleration. Explain the relationship between.
Formulas. Work Units – joules (J) Power Units – watts (w)
Science TAKS – UNIT Session. Force Force is measured in Newtons (N). Force = Newtons Newtons = Force.
ON THE THEMES: ENERGY, ELECTRICITY, ELECTROMAGNETISM, SOUND, LIGHT, SOLAR SYSTEM Quiz 1 UNITS OF MEASUREMENTS.
Unit 5: Energy Intro to energy notes. What is energy? Energy is the ability of a physical system to do work Energy takes many forms – The movement of.
Work Work done is a measure of the energy transferred. E.g. when lifting a pencil I do work against the earth’s gravity force, energy has been transferred:
Physics Final 2010 Know: Opposite charges attract When you give something an electric charge, Electrons are moving from one thing to another The Force.
P2a Forces and Their Effects Distance vs Time Graphs Velocity vs Time Graphs *Area under vel time graphs gives the distance travelled *The slope gives.
Motion and Force. Motion An object is in motion if the object changes position relative to a reference point Essentially, everything is in motion.
Vector, or Scalar?. Some physical quantities have a direction, and some do not.
Wave Properties. Amplitude The distance a wave vibrates from its rest position. The distance a wave vibrates from its rest position. The greater the amplitude,
Work = work is done when a net force on an object causes it to move a distance W = Fd Or Work (measured in joules) = Force (N) times Distance (m) Is work.
PROPERTIES OF WAVES. Waves A wave is a means of transferring energy and information from one point to another without there being any transfer of matter.
What’s the Unit?. Most physical quantities have units. You need to know the SI unit for each quantity you use.
Momentum “Why can you stop a baseball traveling at 40 meters per second but not a car traveling at 1 meter per second?”
Measurements SI base unit.
P2 Additional Physics.
Rearranging equations
P4.1 Forces and Their Effects
Physics 11 Mr. Jean November 22nd, 2011.
Speed Formula - Waves.
Energy stores and systems
PE Definition Stored Energy Energy due to position.
V f λ.
KE and PE Practice Quiz Solutions.
Think back to GCSE… Define the following terms and see if you can make any connections between them. Energy Work Power Time Distance Force Velocity.
Key Terms to use in assessment
WORK, POWER AND ENERGY! (ACCORDING TO PHYSICS)
Wave Velocity.
Mr. Caden Science.
Find the velocity of a particle with the given position function
average speed, distance and time:
Removes A guide to revising for the end of year exams
24.2 Speed of Waves.
Physical Science: Chapter 13
Properties of Waves Unit 12 Section 2.
Flash Cards – Do You Know Your Units?
Unit 3 - Energy Learning Target 3.2 – Be able to use the equations for Potential Energy & Kinetic Energy.
Equation relating speed, frequency, and wavelength of a wave
GRAVITATIONAL POTENTIAL & KINETIC ENERGY
Energy transfers & efficiency
Atmosphere GEOG 366.
1 Forces and Motion – Units A iGCSE Edexcel 1-9 – Mr Powell
MR G’s Water Rocket experiment
ENERGY Energy J Kinetic Energy J Elastic potential energy J Ek Ee E
Presentation transcript:

Units quiz Give the units for the following: Energy Force Power Work Frequency Time Resistance

Answers Give the units for the following: Energy Joules J Force Newtons N Power Watts W Work Joules J Frequency Hertz Hz Time Seconds S Resistance Ohms Ω

Now try these Acceleration Specific latent heat Specific heat capacity Momentum Density Velocity (speed)

Answers Acceleration m/s2 Specific latent heat J/kg Specific heat capacity J/kg/oC Momentum Ns Density kg/m3 Velocity (speed) m/s

Give the word equations to find the following Weight Wave speed Potential difference Energy transferred Density Magnification Distance travelled

Answers Weight = mass x gravitational field strength Wave speed = frequency x wavelength Potential difference = current x resistance Energy transferred = power x time Density = mass/volume Magnification = image height/object height Distance travelled = speed x time