Two very large conducting plates are separated by a distance d 7 31 cm there is an electric field of E 653 N C y between them Y 8 V 0 0 h R A particle of mass m 21 6 mg is fired from the grounded plate with a speed of v 28 2 m s and an angle with respect to the plate of 0 65 8 The resulting projectile motion follows the path shown here and it reaches a distance from the plate h 3 33 cm before turning around Ignore gravity throughout this problem a (Q7 ans 2 pts, Q8 work 5 pts) What is the magnitude of acceleration for the particle b (Q9, 7 pts) What is the charge of the particle c (Q10, 7 pts) How long is this particle in the air before it again strikes the lower plate d (Q11, 7 pts) How far from the launch point does the particle again hit the lower plate (the distance shown as R in the picture) To continue, please give the magnitude of acceleration (part a) in units of m s

Question: Two very large conducting plates are separated by a distance d = 7.31 cm there is an electric field of E= -653 N/C y

Two very large conducting plates are separated by a distance d =

Two very large conducting plates are separated by a distance d = 7.31 cm there is an electric field of E= -653 N/C y between them. Y

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