Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
Singly-ionized particles with mass, m = 3.34 x 10-27 kg, are produced by an ion source and accelerated from rest to speed, v, by an applied voltage, Vapp = 245 V. The ions are focused into a tight beam and shot through a uniform magnetic field, B = 2.57 mT, at a target that's a distance, d = 47.5 cm, away as shown in the figure. The beam bends along a circular path as it travels through the magnetic field so that, the ions hit the target a distance, Ax, to the right of the straight line path (dashed line) as shown. (a) What's the sign of the charge on the ions? O positive negative (b) How fast are the ions moving when they leave the source? m/s V = (c) What is the radius of the beam's circular path? r= m (d) How far was the beam deflected by the time it reached the target? Ax = cm

Singly-ionized particles with mass, m = 3.34 x 10-27 kg, are produced by an ion source and accelerated from rest to speed, v, by an applied voltage, Vapp = 245 V. The ions are focused into a tight beam and shot through a uniform magnetic field, B = 2.57 mT, at a target that's a distance, d = 47.5 cm, away as shown in the figure. The beam bends along a circular path as it travels through the magnetic field so that, the ions hit the target a distance, Ax, to the right of the straight line path (dashed line) as shown. (a) What's the sign of the charge on the ions? O positive negative (b) How fast are the ions moving when they leave the source? m/s V = (c) What is the radius of the beam's circular path? r= m (d) How far was the beam deflected by the time it reached the target? Ax = cm

icon
Related questions
Question
Singly-ionized particles with mass, m = 3.34 x 10-27 kg, are produced by an ion source and accelerated from rest to speed, v, by an applied voltage, Vapp = 245 V. The ions are focused into a tight beam and shot through a uniform magnetic field, B = 2.57 mT, at a target that's a distance, d = 47.5 cm, away as shown in the figure. The beam bends along a circular path as it travels through the magnetic field so that, the ions hit the target a distance, Ax, to the right of the straight line path (dashed line) as shown. (a) What's the sign of the charge on the ions? O positive ● negative ✔ (b) How fast are the ions moving when they leave the source? m/s V = (c) What is the radius of the beam's circular path? r = m (d) How far was the beam deflected by the time it reached the target? Ax = cm target X X X X Viewed from Above Ax X 13 B X X X X X X X X X lon Source X X X beam X X X X X X X d X X X X X V app
Transcribed Image Text:Singly-ionized particles with mass, m = 3.34 x 10-27 kg, are produced by an ion source and accelerated from rest to speed, v, by an applied voltage, Vapp = 245 V. The ions are focused into a tight beam and shot through a uniform magnetic field, B = 2.57 mT, at a target that's a distance, d = 47.5 cm, away as shown in the figure. The beam bends along a circular path as it travels through the magnetic field so that, the ions hit the target a distance, Ax, to the right of the straight line path (dashed line) as shown. (a) What's the sign of the charge on the ions? O positive ● negative ✔ (b) How fast are the ions moving when they leave the source? m/s V = (c) What is the radius of the beam's circular path? r = m (d) How far was the beam deflected by the time it reached the target? Ax = cm target X X X X Viewed from Above Ax X 13 B X X X X X X X X X lon Source X X X beam X X X X X X X d X X X X X V app
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 5 steps with 1 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer