A 3.0 µg charged particle carrying -25 µC is injected along the +x direction into a...
A 3.0 µg charged particle carrying -25 µC is injected along the +x direction into a velocity selector. The velocity selector is composed of a parallel plate capacitor with 1 kV of potential between two plates separated by 1 cm and pair of solenoids with 3000 turns per cm separated by 2 mm. On the opposite side of the velocity selector from the injection site is a uniform 1.5 T magnetic field pointing in the +z direction. Draw a diagram of this device with direction of electric fields, magnetic fields, electric force, and magnetic forces clearly labeled. At what velocity must the particle be injected to pass straight through the velocity selector and exactly (direction and quantitative description) what will its path be once it enters the 1.5 T magnetic field?
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A 3.0 µg charged particle carrying -25 µC is injected along the
+x direction into a...
A velocity selector is used in accelerator mass spectrometry to select particles based on their speed.
A velocity selector is used in accelerator mass spectrometry to select particles based on their speed. The velocity selector is composed of orthogonal electric and magnetic fields, such that particles with the correct charge to mass ratio and speed will be unaffected, and other particles will be deflected. If the Electric Field is oriented down, What is the direction of the Magnetic Field? A charged particle moves through the velocity selector at a constant speed in a straight line. The electric field...
is a velocity selector that can beused to measure the speed of a charged particle....
is a velocity selector that can be
used to measure the speed of a charged particle. A beam of
particles is directed along the axis of the instrument. A parallel
plate capacitor sets up an electric field E which is oriented
perpendicular to a uniform magnetic field B. If the plates are
separated by 8 mm and the value of the magnetic field is 0.2 T,
what voltage between the plates will allow particles of speed to
pass straight through...
A cyclotron accelerates charged particles to high speeds. The particle is injected at a certain velocity,...
A cyclotron accelerates charged particles to high speeds. The particle is injected at a certain velocity, and magnetic fields bend its path into a circle. The cyclotron has a radius of 30m. a) Specify which charged particle you will use in your cyclotron. It could be an electron, a positron, a proton, an antiproton, a deuterium nucleus, or anything else you like. b) Draw a picture of the particle and its path. Set origin and axes. c) Determine a suitable...
A particle with initial velocity T = (6 x 10 m/s) i enters a region of...
A particle with initial velocity T = (6 x 10 m/s) i enters a region of uniform electric and magnetic fields. The magnetic field in the region is B = -(1.5T). In which of the following options is the magnitude and direction of the electric field in the region given correctly if a particle of charge q = 5 nC is to pass through undeflected with a constant velocity? (You can ignore the weight of the particle.) 9(kV/m) 4 (kV/m)...
A charged particle moves through a velocity selector at a constant speed in a straight line....
A charged particle moves through a velocity selector at a constant speed in a straight line. The electric field of the velocity selector is 3.20×10^3 N/C, while the magnetic field is 0.250 T. When the electric field is turned off, the charged particle travels on a circular path whose radius is 4.60 cm. Find the charge-to-mass ratio of the particle.
In a cathode ray TV, the velocity selector controls the displacement of the ray in the...
In a cathode ray TV, the velocity selector controls the displacement of the ray in the vertical direction ∆y in order to project an image. The two conducting plates at LV creates the electric field in the y direction. (a) 5 cm2 parallel plates separated by 1 cm are at 3 V . Find Capacitance of the plates, σ of the plates, and E in the middle. (b) Electric field in the −y direction is created by the plates. In...
a) A charged particle moves through a velocity selector at a constant speed in a straight...
a) A charged particle moves through a velocity selector at a constant speed in a straight line. The electric field of the velocity selector is 4070 N/C, while the magnetic field is 0.344 T. When the electric field is turned off, the charged particle travels on a circular path whose radius is 6.06 cm. Find the charge-to-mass ratio of the particle. b) The 1600-turn coil in a dc motor has an area per turn of 2.3 × 10-2 m2. The...
Please include work. I'd like to know how to solve them. 1.) Consider a charged particle...
Please include work. I'd like to know how to solve
them.
1.) Consider a charged particle moving through
a region in which the electric field is perpendicular to the
magnetic field, with both fields perpendicular to the initial
velocity of the particle (see figure below). Such a device is
called a velocity selector because for one particular value of the
particle speed vselect the particle will travel straight through
the device without being deflected, whereas particles with speeds
that are...
Please answer quickly, will upvote immediately! A charged particle moves through a velocity selector at a...
Please answer quickly, will upvote immediately!
A charged particle moves through a velocity selector at a constant speed in a straight line. The electric field of the velocity selector is 3.56E+3 N/C, while the magnetic field is 0.332 T. When the electric field is turned off, the charged particle travels on a circular path whose radius is 4.58 cm. Calculate the charge-to-mass ratio of the particle. Submit Answer Tries 0/10
Scientists shoot an uncharged particle at a velocity of v=1.0×106 ms⁄ into the electric and magnetic...
Scientists shoot an uncharged particle at a velocity of
v=1.0×106 ms⁄ into the electric and magnetic fields shown in the
figure below. The magnetic field is created by a 3740-turn solenoid
that is 1 m long and has a current of 100 A running through it. The
electric field is created by a parallel plate capacitor where the
plates are separated by a distance of 5.0 cm and held at an
electric potential of 6.0×104 V. The electric field is...
is a velocity selector that can be
used to measure the speed of a charged particle. A beam of
particles is directed along the axis of the instrument. A parallel
plate capacitor sets up an electric field E which is oriented
perpendicular to a uniform magnetic field B. If the plates are
separated by 8 mm and the value of the magnetic field is 0.2 T,
what voltage between the plates will allow particles of speed to
pass straight through...
A particle with initial velocity T = (6 x 10 m/s) i enters a region of uniform electric and magnetic fields. The magnetic field in the region is B = -(1.5T). In which of the following options is the magnitude and direction of the electric field in the region given correctly if a particle of charge q = 5 nC is to pass through undeflected with a constant velocity? (You can ignore the weight of the particle.) 9(kV/m) 4 (kV/m)...
Please include work. I'd like to know how to solve
them.
1.) Consider a charged particle moving through
a region in which the electric field is perpendicular to the
magnetic field, with both fields perpendicular to the initial
velocity of the particle (see figure below). Such a device is
called a velocity selector because for one particular value of the
particle speed vselect the particle will travel straight through
the device without being deflected, whereas particles with speeds
that are...
Please answer quickly, will upvote immediately!
A charged particle moves through a velocity selector at a constant speed in a straight line. The electric field of the velocity selector is 3.56E+3 N/C, while the magnetic field is 0.332 T. When the electric field is turned off, the charged particle travels on a circular path whose radius is 4.58 cm. Calculate the charge-to-mass ratio of the particle. Submit Answer Tries 0/10
Scientists shoot an uncharged particle at a velocity of
v=1.0×106 ms⁄ into the electric and magnetic fields shown in the
figure below. The magnetic field is created by a 3740-turn solenoid
that is 1 m long and has a current of 100 A running through it. The
electric field is created by a parallel plate capacitor where the
plates are separated by a distance of 5.0 cm and held at an
electric potential of 6.0×104 V. The electric field is...
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