5 7 pm in ACS 130 Midterm Friday, February 14 No tutorials this - PowerPoint PPT Presentation

Dec 06, 2023 •127 likes •201 views

QSCU Midterm Review session Wednesday, February 12 (today) 5 7 pm in ACS 130 Midterm Friday, February 14 No tutorials this week No homework this week QuickCheck 26.1 This is a graph of the x -component of the

❑ QSCU Midterm Review session – Wednesday, February 12 (today) ➢ 5 – 7 pm in ACS 130 ❑ Midterm – Friday, February 14  ❑ No tutorials this week ❑ No homework this week
QuickCheck 26.1 This is a graph of the x -component of the electric field along the x -axis. The potential is zero at the origin. What is the potential at x = 1m ? A. 2000 V B. 1000 V C. 0 V – 1000 V D. – 2000 V E.
QuickCheck 26.1 This is a graph of the x -component of the electric field along the x -axis. The potential is zero at the origin. What is the potential at x = 1m ? A. 2000 V B. 1000 V C. 0 V – 1000 V D. Δ V = – area under curve – 2000 V E.
QuickCheck 26.2 At which point is the electric field stronger? A. At x A B. At x B C. The field is the same strength at both. D. There’s not enough information to tell.
QuickCheck 26.2 At which point is the electric field stronger? A. At x A | E | = slope of potential graph B. At x B C. The field is the same strength at both. D. There’s not enough information to tell.
QuickCheck 26.3 An electron is released from rest at x = 2 m in the potential shown. What does the electron do right after being released? A. Stay at x = 2 m B. Move to the right (+ x ) at steady speed. C. Move to the right with increasing speed. D. Move to the left ( – x ) at steady speed. E. Move to the left with increasing speed.
QuickCheck 26.3 An electron is released from rest at x = 2 m in the potential shown. What does the electron do right after being released? A. Stay at x = 2 m B. Move to the right (+ x ) at steady speed. C. Move to the right with increasing speed. Slope of V negative D. Move to the left ( – x ) at steady speed. => E x is positive (field to the right). E. Move to the left with increasing speed. Electron is negative => force to the left. Force to the left => acceleration to the left.

Download Presentation

Download Policy: The content available on the website is offered to you 'AS IS' for your personal information and use only. It cannot be commercialized, licensed, or distributed on other websites without prior consent from the author. To download a presentation, simply click this link. If you encounter any difficulties during the download process, it's possible that the publisher has removed the file from their server.

Recommend

Mi Microcontr troller r Archi hitectur tures and nd Ge General al-Pu Purpose I/O

Mi Microcontr troller r Archi hitectur tures and nd Ge General al-Pu Purpose I/O 01204322 Embedded System Chaipo Chaiporn J n Jaik aikae aeo De Department of f Computer Engineering Kasetsart Unive versity Revised 2019-12-26 Ou

823 views • 35 slides

Trust Regions in Large-Scale Optimization and Regularization Marielba Rojas Department of

Trust Regions in Large-Scale Optimization and Regularization Marielba Rojas Department of Informatics and Mathematical Modelling Technical University of Denmark Visiting Delft University of Technology, The Netherlands GAMM Workshop on Applied

1.04k views • 87 slides

A guaranteed a posteriori error estimator for certified boundary variation algorithm Matteo

A guaranteed a posteriori error estimator for certified boundary variation algorithm Matteo Giacomini ees, CMAP - Centre de Math ematiques Appliqu Ecole Polytechnique IPSA - Institut Polytechnique des Sciences Avanc ees 6 th

533 views • 30 slides

Mathematical modeling in spectroscopic and hybrid tissue property imaging Habib Ammari

Mathematical modeling in spectroscopic and hybrid tissue property imaging Habib Ammari Department of Mathematics and Applications Ecole Normale Sup erieure, Paris Ttissue property imaging Habib Ammari Tissue property imaging Wave

1.2k views • 81 slides

Two identical small charged spheres, each having a mass of 3x10 -2 kg, hang in equilibrium. The

L a Two identical small charged spheres, each having a mass of 3x10 -2 kg, hang in equilibrium. The length of the string is 0.15m and they both make an angle = 5 o with respect to the vertical. What is the magnitude of the charge on

297 views • 6 slides

Calculate Change in Potential Energy If you move a small test charge (so small that it will not

Calculate Change in Potential Energy If you move a small test charge (so small that it will not affect the charge distribution of the source) of charge q from point i to point f, the change in its potential energy is U = q (V f V i ) and now

380 views • 9 slides

A. L. Gayen 1 ,.B. K. Paul 1,2 , S. Das 1,3 , D. Mondal 3 , D . Roy 1 , P. Bandyopadhyay 1,3 ,

Use of novel metallic nanoparticles for improvisation of electrical properties of PVDF-HFP polymer film A. L. Gayen 1 ,.B. K. Paul 1,2 , S. Das 1,3 , D. Mondal 3 , D . Roy 1 , P. Bandyopadhyay 1,3 , S. Manna 1 , R. Basu, 1,4 , D. S. Bhar 1 , P.

446 views • 3 slides

rs t r ts

sst s tss ts + ss ss rtt rsr r

700 views • 22 slides

Point particle contact interactions and Coulombs law James P. Edwards IFM Morelia Nov 2016

Hola! Introduction Electric field and Coulombs law Generalisations Conclusion Point particle contact interactions and Coulombs law James P. Edwards IFM Morelia Nov 2016 Based on [arXiv:1506.08130 [hep-th]] and [arXiv:1409.4948

484 views • 23 slides

Electric dipole transitions of heavy quarkonium Piotr Pietrulewicz TU Mnchen, T30f in

Motivation Basic formalism E1 transitions Electric dipole transitions of heavy quarkonium Piotr Pietrulewicz TU Mnchen, T30f in collaboration with N. Brambilla and A. Vairo Hadron 2011 14.06.2011 Piotr Pietrulewicz Electric dipole

502 views • 37 slides

x 2 ( x 2) dx A. 0 B. 2 C. 4 D. E. Something else A point charge

What is the value of: x 2 ( x 2) dx A. 0 B. 2 C. 4 D. E. Something else A point charge ( ) is located at position , as shown. What is q R , the charge density in all space? ( r ) A. 3 ( r ) = q (

336 views • 15 slides

E x E reducible repn P E v = ? What the two binary basis of irrep E? P E v Similarly,

E x E reducible repn P E v = ? What the two binary basis of irrep E? P E v Similarly, P A1 projects the vector v to and P A2 projects the vector v to Recall Character table Binary basis emerging from tensor product (x,y)

276 views • 13 slides

The atom in electric field The electric field in the direction of the Oz axis The

The atom in electric field The electric field in the direction of the Oz axis The interaction with the electric field We assume, it is stronger than the spin-orbit interaction (valid for E> 10 5 V/ m For the hydrogen atom

329 views • 17 slides

MULTIPOLE EXPANSION 5.4.3 5.30 The leading term in the vector potential multipole

MULTIPOLE EXPANSION 5.4.3 5.30 The leading term in the vector potential multipole expansion involves d l ' What is the magnitude of this integral? A) R B) 2 R C) 0 D) Something entirely different/it depends! 5.29 The

529 views • 7 slides

due Friday, January 31 @ 23:59 Quiz #1 Friday, January 31 QuickCheck 24.8 Which spherical

Ch 24 HW due Friday, January 31 @ 23:59 Quiz #1 Friday, January 31 QuickCheck 24.8 Which spherical Gaussian surface has the larger electric flux? A. Surface A B. Surface B C. They have the same flux. D. Not enough information

379 views • 8 slides

Gas Laws: Real Gases Real Gases Real gases deviate from ideal gas law Quantify deviations

Gas Laws: Real Gases Real Gases Real gases deviate from ideal gas law Quantify deviations using compressibility factor, Z. Z = PVbar/RT Z = 1 for ideal gas Need corrections to account for non- ideal behavior. Gas

322 views • 9 slides

Debye Relaxation Model MSE/EE 590 Discussion 1 Pressure Broadening and Debyes Relaxation

Debye Relaxation Model MSE/EE 590 Discussion 1 Pressure Broadening and Debyes Relaxation Equation P. Debye, Polar Molecules, The Chemical Catalog Company, Inc., New York, 1929. Section 18, pp. 89-95. Polar Liquids under the Influence of High

334 views • 9 slides

Excitation of E1Pygmy in Inelastic Proton Scattering and RCNP Activities Atsushi Tamii

Excitation of E1Pygmy in Inelastic Proton Scattering and RCNP Activities Atsushi Tamii Research Center for Nuclear Physics (RCNP) Osaka University, Japan COMEX5 5th International Conference on Collective Motion in Nuclei under

1.27k views • 105 slides

Tubelike Wormholes and Charge Confinement Talk at the 7th Mathematical Physics Meeting, Belgrade,

Tubelike Wormholes and Charge Confinement Talk at the 7th Mathematical Physics Meeting, Belgrade, Sept 09-19, 2012 Eduardo Guendelman 1 , Alexander Kaganovich 1 , Emil Nissimov 2 , Svetlana Pacheva 2 1 Department of Physics, Ben-Gurion University

698 views • 42 slides

Introduction g -2 ): A particle with spin has a magnetic moment ( ) aligned with its

FERMILAB-SLIDES-18-043-PPD Electric Field Effect s s on th e e Muon Anomalou s s Precession n - 2 Frequency i n n the Fermila b b Muo n 2 Experiment Wanwei Wu Department of Physics and Astronomy University of Mississippi (on behalf of the

551 views • 27 slides

Electric field quench and turbulent meson condensation in AdS/CFT Keio University, Japan Keiju

Electric field quench and turbulent meson condensation in AdS/CFT Keio University, Japan Keiju Murata with K.Hashimoto, S.Kinoshita, T.Oka K,Hashimoto,S.Kinoshita,KM,T.Oka, Electric Field Quench in AdS/CFT, arXiv:1407.0798, accepted

281 views • 11 slides

Check out electric field java applet ... link is on class website

274 views • 16 slides

Remember These? Carbon monoxide rigid rotator Zeeman effect in the Sun Jerry Gilfoyle Radiation

Remember These? Carbon monoxide rigid rotator Zeeman effect in the Sun Jerry Gilfoyle Radiation 1 / 13 Remember These? Carbon monoxide rigid rotator Zeeman effect in the Sun To explain these we invoked selection rules: l = 1, m =

521 views • 28 slides

2 At Home: Kinect IR Camera RGB Camera There are some problems with cameras 3 Illumination

2 At Home: Kinect IR Camera RGB Camera There are some problems with cameras 3 Illumination 4 Occlusion 5 Bandwidth 6 Power Consumtion 7 Cost 8 Privacy? 9 Other Sensing Methods? Vision is one of our main senses What else

706 views • 55 slides