The charged particle q1has a charge of 6.05x10-6C and is located 8.56mm to the West of q2 which has a charge of -4.05x10-6C.a.Determine the net force acting on the positively chargedparticle, assuming the electrostatic force is the only force acting on it.b.Determine the locationto the East of the negative charge, where a proton could be placedand experience a net force of zero. The charged particle q1 has a charge of 6.05x10 °C and is located 8.56mm to the West of q2 which hasa charge of -4.05x10-°C.a. Determine the net force acting on the positively charged particle, assuming the electrostaticforce is the only force acting on it.b. Determine the location to the East of the negative charge, where a proton could be placed andexperience a net force of zero.

The Charged Particle q1 = 6.05x10-6 C q2= -4.05x10-6 C Distance…

The charged particle q1 has a charge of 6.05×10°C and is located 8.56mm to the West of q2 which has a charge of -4.05×10°C. a. Determine the net force acting on the positively charged particle, assuming the electrostatic force is the only force acting on it. b. Determine the location to the East of the negative charge, where a proton could be placed and

The charged particle q1 has a charge of 6.05×10°C and is located 8.56mm to the West of q2 which has a charge of -4.05×10°C. a. Determine the net force acting on the positively charged particle, assuming the electrostatic force is the only force acting on it. b. Determine the location to the East of the negative charge, where a proton could be placed and

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