- 1 106 M S Through In A Tube Television An Electron Flies Horizontally With A Velocity Of Vox Two 1 Cm Long Defle 1 (63.62 KiB) Viewed 51 times
= 1 × 106 m. s¯¹ through In a tube television, an electron flies horizontally with a velocity of Vox two 1 cm long defle
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= 1 × 106 m. s¯¹ through In a tube television, an electron flies horizontally with a velocity of Vox two 1 cm long defle
= 1 × 106 m. s¯¹ through In a tube television, an electron flies horizontally with a velocity of Vox two 1 cm long deflection plates that are 1 cm apart. A maximum voltage of |U| = 5V can be applied between the plates. a) Draw a sketch of the experimental setup! b) What is the maximum electric field (Ey) between the plates? c) What is the velocity vy of the electrons after they have flown through the plates at maximum deflection voltage? d) The square screen should have a side length of 50 cm. What is the minimum distance the screen needs to be from the deflection plates in order to be fully illuminated?