The figure shows the direction of motion of a positive charge moving in a magnetic field.t ofstionWhat is the direction of force acting on the charge?rightinto the pagetop(up)out of the pageChoose the best answer:leftbottom(down)no force(undeviated)The figure shows the direction of motion of a chargéramugnerIC TICIUTRIems directed out of the page. vd lecnology and Ap* Quiz -2 JAssessment-2)A moodle.nct.edu.om/mod/quiz/attempt.php?attempt-466705&tcmid%3D51773GmailYouTubeR MapsO New Tabearning PortalReports e Services -Academic Departments ETC -CoursesCIMS -Magnetic field tinesO a form a closed loopO b. are not continuous linesO d cross each otherO d. nave no directionA bar magnet is cut into two pieces. What will be the force between the newly formed poles?SSE=?Select one:O a. magnetic attractiveOb. strong electricOC. No forceOdmagnetic repu E vhere to search

Magnetic force is given by F= q (v×B);

t of The figure shows the direction of motion of a positive charge moving in a magnetic field. stion What is the direction of force acting on the charge? right into the page top(up) out of the page Choose the best answer: left bottom(down) no force(undeviated) The figure shows the direction of motion of a chargéramagnerrC TICIU RIems directed out of the page.

t of The figure shows the direction of motion of a positive charge moving in a magnetic field. stion What is the direction of force acting on the charge? right into the page top(up) out of the page Choose the best answer: left bottom(down) no force(undeviated) The figure shows the direction of motion of a chargéramagnerrC TICIU RIems directed out of the page.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

A thin, long wire is carrying a steady current I as shown in the figure below. What is the direction of the magnetic field at the point Px?
ad1
Pls help a b c
Please no hand writing solution for other wise down vote
An electron having a velocity of 3x 10" m/s enters perpendiculat to a region of 0.5T magnetic field that is pointing out of page. lai What is the magnitude and direction of the magnetic force experienced by the charge? (b) What is the path of the electron inside the magnetic field?
H-E-F Find the magnetic field at the origin. The straight segments are very long and the curved segment is a quarter-circle of radius 3.0 cm. The wire carries a current of 2.0 A. i Mathematical Analysis ladieate nn the Ma
What is the magnetic field (B) according to the following diagram if Ho= 1.26x10-6 Tm/A I=7A, d= 20m Curent (Amp) Distance of Ojectym) Magneic Fiekd (B) on Otject Change Current Direction Current carrying conduct Cose Contras gfield O a. 7 x 10-8 Guass O b. 7 x 10-6 Guass O c. 7 x 10-8 Tesla O d. 7 x 10-6 Tesla
Give an equation for the force F experienced by an electron travelling in vacuum at right- angles to a magnetic field B, and state its direction. Explain each term in the equation
itude of the force on an traveling 6.05x105 mls horizontally Determine the n electron magn tothe east in a vertically upward magnetic field of strengith o-85T. twosi Expressyour answer to tw and significant figures Fnchide the correct unit Determine the direction of the force on an electrom
Length of wire= L Current wire is carrying = I Angle wire makes with respect to the uniform magnetic field = θ Part a) Suppose there was a force on the wire with magnitude, F, what would be the strength of the magnetic field? Part b) What direction would the force on the wire point?
Represent the following situation by developing the mathematical analysisThe magnetic field is a vector field that can go in and out of a plane. Suppose a -q charge that carries a velocity "v" which interacts with a magnetic field entering the plane of the sheet. What kind of path will the -q charge take due to the magnetic force that appears on it?
Draw the magnetic force on and the path of the charged particles moving through these magnetic fields. N S S Tv #a La ૧ X X X X xxxx xx xx 8 V q ,,B N S N J'a stationary Not movin