Question

Interactive Exercises 22.14: Motion of a Charged Particle in an External Electric Field I A particle has mass 10.0 g and charge of magnitude l 1.00 mC. You do not know the sign of the particle's cherge. The particle moves in the horizcntal xy plene. (You carn ignore the effects of the force due to gravity on the partice.) The partide is projected from the rigin with initial velocity V witn components ex d oy that you can adjust-see the simuletion (linked below). Simuletion Motion of Charged Particle in Extermal Bectric Field Run the animation for the default values or vo andin The particle moves in the on batween two ve lar e lanar, parallel insulating sheets. One sheet s located at m and has unit m positive area cha density σ 88 5 m2 The e' sheet Is lacated at y 2.50 m and has unirom, negative area charge dansity -88.5 pC/m2. Your ulimate goal s to adjust the initial veocity companents suchteparticle reaches the detector in the presanca of tha axtemal elactric tild due to tha sheets. Question 1 Express the net electric field in the region between the plates in unit-vector rotation. Enter a numerical value (including sig) in the firstox beow and a unit vector in the second box. Note: you will need the resul: for the electric feld created by an infinite sheet of uniform charge (Eq. 22.5.6); you will alsa need the grinciple of superpusitioni Edit the tolerance +/-59h Attempts: 0 of 5 used

Answer 1

mass m= 10-0 9 t Gap behe. Jhe f(ata dニ2.SX2 Electic fielel bedween cƠ 2. sm ne plist 38.5% 1012. Sise wtils vetianl nhon n accelerated 2.