Some charged ions are palced between two long, parallel bars seperated by .20 m. A potential difference of 100V is placed across the metal bars. The top bar has an electric potential of 0V a.Sketch situation and calcualte the magnitude of the E field between the two bars in the region where te ions a re located. Sketch the E field onto the picture to show direction. b. Calcualte the magnitude of the force exerted on a calcium ion(chargeof +2e) by the e field c. Describe the resulting motion of the calcium ion: (circle the best option): i. it will move at a constant speed ii. it will move at consant velocity iii. it will move at constant acceleration iv. it will move with a linearly changing acceleration v. it will remain at rest d.Which Direction will it move in: i.. up toward the +100 V ii. down towards the 0V plate
Some charged ions are palced between two long, parallel bars seperated by .20 m. A potential difference of 100V is placed across the metal bars. The top bar has an electric potential of 0V
a.Sketch situation and calcualte the magnitude of the E field between the two bars in the region where te ions a re located. Sketch the E field onto the picture to show direction.
b. Calcualte the magnitude of the force exerted on a calcium ion(chargeof +2e) by the e field
c. Describe the resulting motion of the calcium ion: (circle the best option):
i. it will move at a constant speed
ii. it will move at consant velocity
iii. it will move at constant acceleration
iv. it will move with a linearly changing acceleration
v. it will remain at rest
d.Which Direction will it move in:
i.. up toward the +100 V
ii. down towards the 0V plate
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