Kinetic Energy v F s m Ek = 1/2mv2 Ek - Kinetic energy v- velocity m - mass 1960 J Ek = 1/2mv2 = 1/2(.0042 kg)(965 m/s)2 = 1955.5725 (1960 J) What is the kinetic ...
ETot = K U = 1/2mv2 1/2kx2. for a spring. But we know that: x=A ... ETot=1/2kA2 = K U = 1/2mv2 1/2kx2. So, if x=0, all E is in kinetic, and v is at max ...
Complex reactions. a) Parallel reactions. hv CHBr3-- CH .. 1. CH CH4 ... Asymptote. two H atoms at. rest. Moving H atoms. ke=1/2mv2. energy must be removed ...
ET = kA2 = 1/2mv2 1/2kx2. Note: with SHM, energy oscillates between KE and PE ... Still restoring force with magnitude = kx. only change equilibrium ...
If the truck accelerates for x = 50 m, the work. done on the crate is: ... TOUR DE FRANCE. What power does cyclist need? Principle of Energy Conservation ...
If all the forces are conservative, we know that K U energy is conserved: ... If some non-conservative force (like friction) does work, K U energy will not be ...
The law of conservation of mechanical energy. TOPIC: The law of ... is in rectilinear motion or in curvilinear motion, only the work was done by gravity. ...
Potential and Kinetic Energy How is all energy divided? Potential Energy Kinetic Energy All Energy Gravitation Potential Energy Elastic Potential Energy Chemical ...
The object must move in the same direction as a component of the applied force. ... Work by a variable force - springs, stretchable materials, etc. ...
cos means that forces perpendicular to the motion do no work, cos 90 = 0. ... ( Example was the tension force in Energy and Friction homework) Need to draw a FBD ...
Exam2 important results (1) Know Newton's 1st law. Newton's 2nd law: ... Know how to draw free body diagrams FBD, find. force components along a direction, ...
Today's Critical Density: TE = 0. G Mom. Ro. 1/2 mVo2 = Vo = Ho Ro. Mo = 4/3 ... Scale. factor. Geometry of Space. Friedmann's Equation. R = S Ro o,crit = 3Ho2 ...
WORK AND ENERGY Another Way to Look at Motion Conservative Force Work done does not depend on path taken Potential energy can be defined Example: lifting an object ...
Vibration and waves The amplitude A is the maximum distance of the object from its equilibrium position The period T- is the time it takes the object to move ...
Alpha Decay Contents: What it is Energy of radiation from mass defect Whiteboard Why and how Tunneling A = A - 4 Z = Z - 2 Alpha Decay - Energy of alpha ...
Physics 211: Lecture 9, Pg 2. Do you think the Illini will get ... Dyne-cm (erg) = 10-7 J. BTU = 1054 J. calorie = 4.184 J. foot-lb = 1.356 J. eV = 1.6x10-19 J ...
The main sources of energy on Earth are solar and nuclear. gasoline and fuel cells. wind and tidal. potential energy and kinetic energy. Assessment Questions The main ...
You will learn new (sometimes much easier) ways to solve problems ... Dyne-cm (erg) = 10-7 J. BTU = 1054 J. calorie = 4.184 J. foot-lb = 1.356 J. eV = 1.6x10-19 J ...
Work & Energy are covered in Chapters 6 and 7 in Tipler. (Read both ... Work: 1-D Example (constant force) A force of 10 N pushes a box across a frictionless ...
... compression or elongation of a spring is the change in spring ... the compression/elongation of the spring. Unit is the Newton - meter. Springs Store Energy ...
M86 has very weak radio source, so AGN heating of ISM unlikely at present. Although extreme case, ISM easy to study in M86: should teach us about general ...
Title: Blank Jeopardy Game Author: Matt Hamlyn / Duveen Penner Description: Original format and graphics developed by Matt Hamlyn at mhamlyn@jessamine.k12.ky.us.
Title: No Slide Title Author: J. Hugh Horton Last modified by: Donald Duck Created Date: 7/9/1997 3:16:42 PM Document presentation format: On-screen Show
Forms of Energy: Thermal, chemical, electrical, nuclear, ... An object of mass m, moving ... the spring is the area under the curve, which is a triangle. ...
A Skateboard made of 4 wheels (disks, 1kg each) and a board (2kg) ... How fast would the skateboard be moving if it rolled from rest without slipping ...
Title: PHYS 342: Modern Physics Author: Sonya and Bob Kaye Last modified by: megan pickett Created Date: 1/10/2003 7:53:36 PM Document presentation format
Chapter 7 ENERGY Energy A combination of energy and matter make up the universe. Forms of Energy Energy Property of a system that enables it to do work Anything that ...
Work & Kinetic Energy: A force F = 10 N pushes a box across a frictionless ... This work 'removes' the kinetic energy that the box had: WNET = K2 - K1 = 0 - K1 ...
Kinetic and Potential Energy Energy and Work are closely related Work is a transfer of Energy SI unit for work is Joules (J) Energy is the capacity to do Work We ...
Voltage is induced in a coil proportional to. the rate at which B is changing ... Published picture of his wife's hand, wearing wedding ring. COMPTON SCATTERING ...
Etot i=Etot f. Ki Ui =Kf Uf. Extended object: K= 1/2Iw2. Point-like object: ... Etot i=Etot f. Modification of the on 'velocity' and 'position' problems ...
Springs And pendula, and energy Harmonic Motion Pendula and springs are examples of things that go through simple harmonic motion. Simple harmonic motion always ...
Data Collection. Velocity at the top and bottom of the loop: ... v was found by using the photo gate. Energy after the loop but before projectile motion: ...
Title: PowerPoint Presentation Last modified by: Eldred Central Schools Created Date: 1/1/1601 12:00:00 AM Document presentation format: On-screen Show (4:3)
Solenoids. PH 203. Professor Lee Carkner. Lecture 18. Rail Gun ... You produce a solenoid. Field inside the solenoid is strong and uniform (far from the ends) ...
Work done by multiple constant forces *Work done by weight. Physics 2211, Pg 2 ... Lifting a book with your hand: What is the total work done on the book? ...
... accidentally knocks a plant off a window sill, where it falls from rest to ... In part (a) a car of mass m leaves point A with no initial velocity (vA = 0) ...
Physics 211: Lecture 11, Pg 3. Conservative Forces: We have seen that the work done by ... As the parts scrape by each other. they start small-scale vibrations, ...
... Energy Into or Out of A System Work transfers by applying a force and ... is one possible result of doing work to transfer energy into a system ...
... Mechanical Energy ... The change in mechanical energy (kinetic potential) of a ... Mechanical energy, E = K U, of system not conserved! Physics 2211: ...
Electric Field Lines Equipotential Lines Electric Field Lines Equipotential Lines Concentration of lines relative strength of field Direction of lines ...
Bomb Calorimetry Because the volume in the bomb calorimeter is ... the hydrogen and oxygen ... State Functions Work PowerPoint Presentation PowerPoint ...
The Nature of Energy Benchmarks Standard III: Physical Sciences E. Demonstrate that energy can be considered to be either kinetic (motion) or potential (stored).