(a) in what direction must the field be oriented so that the electrons are defle

Question

(a) in what direction must the field be oriented so that the electrons are deflected vertically upward? (b) if we neglect the gravitational force, how strong must the field be between these plates in order for the electrons to be deflected by 1.86mm? Homework Chapter 16 ×1+ O ezto.mheducation.com/hm.tpx 1 out of 8 attempts Side view After the electrons pass through the anode, they are moving at a speed of 9.300 x 106 m/s. They next pass between a pair of parallel plates [(A) in the fig el. The plates each have an area of 3.04 em by 3.04 em and they are separated by a dist, ace of 0.514 cm. The uniform electric field between them is .00 x 103 NC and the pla s are charged as shown. The electrons then pass between another set of parallel plates [(B) in the figure). These plates also have an area of3.04 em by 3.04 cm and are separated by a distance of 0.514 cm. Part 1 (a) In what direction must the field be oriented so that the electrons are deflected vertically upward? References eBook & Resources Multipart Answer Difficulty2 Chapter. 16 Electric Forces and Fields Section 05-Motion of a Point Charge in a Uniform Electric Field

Explanation / Answer

Electrons will move in opposite direction to the applied electric field

so

if electrons are neeeded to be acclerated upwards

then Electric field must be acting in Downward direction

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