2) Two charges q1 = +5 x10 °C and q2 = + 8x10° C are placed 40.0 cm apart. A third particle of mass 15 µg, and charge q3 = -5 x 10° C is placed between the two particles such that it is 25 cm from q1 as shown in the diagram below. Determine the acceleration of of the chage q3 as a result of the net force applied by the two other charges q1 25 cm 40.0 cm q3 A 354.00 B 413.00 q2 C 827.00 m/s² D 620.00 E 372.00
2) Two charges q1 = +5 x10 °C and q2 = + 8x10° C are placed 40.0 cm apart. A third particle of mass 15 µg, and charge q3 = -5 x 10° C is placed between the two particles such that it is 25 cm from q1 as shown in the diagram below. Determine the acceleration of of the chage q3 as a result of the net force applied by the two other charges q1 25 cm 40.0 cm q3 A 354.00 B 413.00 q2 C 827.00 m/s² D 620.00 E 372.00
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Two charges q1 = +5 x10°C and q2 = + 8x10° C are placed 40.0 cm apart. A third
particle of mass 15 µg, and charge q3 = -5 x 10° C is placed between the two particles such
that it is 25 cm from q1 as shown in the diagram below. Determine the acceleration of
of the chage q3 as a result of the net force applied by the two other charges
q1
25 cm
40.0 cm
q3
A
354.00
B
413.00
q2
C
827.00
m/s²
D
620.00
E
372.00
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