Determine the radius of the helical path

Reference no: EM13536846

An electron with a speed of 3.6105m/s enters a uniform magnetic field of magnitude0.057T at an angle of 35° to the magnetic field lines. The electron will follow a helical path.

(a) Determine the radius of the helical path.

(b) How far forward (parallel to the magnetic field lines) will the electron have moved after completing one circle?

Reference no: EM13536846

Questions Cloud

What current is required to allow the wire to levitate : A copper wire of radius0.10mm is carrying a current at the Earth's Equator. Assuming that the magnetic field of the Earth has magnitude 0.5 G at the Equator and is parallel to the surface of the Earth and that the current in the wire flows toward the..

What massmsuspended from string allows conductor to be rest : As shown in the figure, a straight conductor parallel to thex-axis can slide without friction on top of two horizontal conducting rails that are parallel to they-axis and a distance ofL=0.4m apart, in a vertical magnetic field of 1 T

What is the radius of curvature : Initially at rest, a small copper sphere with a mass of 2.10-6kg and a charge of6.10-4C is accelerated through a7700-V potential difference before entering a magnetic field of magnitude 4 T, directed perpendicular to its velocity. What is the radi..

Particle state is wave function : A particle state is represented by the following wave function

Determine the radius of the helical path : An electron with a speed of 3.6105m/s enters a uniform magnetic field of magnitude0.057T at an angle of 35° to the magnetic field lines. The electron will follow a helical path.

Cmpet 301 lab 11 overview : CMPET 301: Lab 11 Overview, Create a class for one playing card. Make a deck of playing cards by instantiating an array of 52 playing cards playing cards.

Complete one revolution and is driven by three rollers : A microwave oven has a rotating plate for uniform cooking. The plate takes 8 seconds to complete one revolution and is driven by three rollers.

Calculate the required area of an air to air heat exchange : Calculate the required area of an air to air heat exchange to cool 20,000 cfm from 1200 F to 400 F. Assume ambient air at 80 F will be heated to 800 F by the exchange. Assume heat losses are 10 % and that the overall heat transfer coefficient is 1.0 ..

The shear enters through the center at the top of the cross : In part (a) of this question we are asked to calculate τmax. In order to do this we separate the cross section at the neutral axis and take the entire upper half (as shown in the cramster solution).

User Account

All Pages