A particle with a charge-to-mass ratio of 4.8x1011 C/kg starts at rest and is accelerated by 2.6x108 m/s2 over a distance of 1.0 km, after which it maintains constant velocity.
The particle then encounters a magnetic field with a strength of 0.12 mT. Assuming no
other forces are acting on the particle, what is the radius of its path?
Your
0 4.5x103 m
O 4.5x10 m
1.3x10-2 m
O 1.3x10-3 m
Clear answer

The bubbles in a carbonated soft drink are produced when carbonic acid decomposes to form carbon dioxide and water. in a closed system, this equilibrium exists as why does a carbonated soft drink lose carbonation when the container is left open? a.water evaporates, which favors the formation of h2co3. b.pressure decreases, which favors the formation of h2co3. c.the open container warms up, which causes more gas to escape. d.co2is removed, which favors the formation of h2co3.