Subpart D please, thank you Charged particles are floating in the following configuration in space. The particle in position 1 has a charge of 1.3x10-6C, and is located 55mm West ofposition 2. The particle in position 3 has a charge of -2.8x10-6C, and is located63mm East of position 2. The particle in position 4 has a charge of 3.1x10-6C, and is located 33mmSouth of location 2.d.Determine the total electric potential energy of the group of charges. Charged particles are floating in the following configuration in space. The particle in position 1 has acharge of 1.3x10°c, and is located 55mm West of position 2. The particle in position 3 has a charge of-2.8x10°C, and is located 63mm East of position 2. The particle in position 4 has a charge of 3.1x10°C,and is located 33mm South of location 2.a. Determine the net force acting on the particle in position 4, assuming there are no other forcesacting other than electrostatic forces.b. Determine the electric field at position 2.c. Determine the electric potential at position 2.d. Determine the total electric potential energy of the group of charges.2143.

Given: Three charges, To find: d) Total electric potential energy of group of charges

Charged particles are floating in the following configuration in space. The particle in position 1 has a charge of 1.3×106C, and is located 55mm West of position 2. The particle in position 3 has a charge of -2.8x10°C, and is located 63mm East of position 2. The particle in position 4 has a charge of 3.1x10°C, and is located 33mm South of location 2. a. Determine the net force acting on the particle in position 4, assuming there are no other forces acting other than electrostatic forces. b. Determine the electric field at position 2. c. Determine the electric potential at position 2. d. Determine the total electric potential energy of the group of charges. 2 3. 4. 1,

Charged particles are floating in the following configuration in space. The particle in position 1 has a charge of 1.3×106C, and is located 55mm West of position 2. The particle in position 3 has a charge of -2.8x10°C, and is located 63mm East of position 2. The particle in position 4 has a charge of 3.1x10°C, and is located 33mm South of location 2. a. Determine the net force acting on the particle in position 4, assuming there are no other forces acting other than electrostatic forces. b. Determine the electric field at position 2. c. Determine the electric potential at position 2. d. Determine the total electric potential energy of the group of charges. 2 3. 4. 1,

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Question

Subpart D please, thank you

Charged particles are floating in the following configuration in space. The particle in position 1 has a charge of 1.3x10-6C, and is located 55mm West ofposition 2. The particle in position 3 has a charge of -2.8x10-6C, and is located63mm East of position 2. The particle in position 4 has a charge of 3.1x10-6C, and is located 33mmSouth of location 2.

d.Determine the total electric potential energy of the group of charges.

Charged particles are floating in the following configuration in space. The particle in position 1 has a
charge of 1.3x10°c, and is located 55mm West of position 2. The particle in position 3 has a charge of
-2.8x10°C, and is located 63mm East of position 2. The particle in position 4 has a charge of 3.1x10°C,
and is located 33mm South of location 2.
a. Determine the net force acting on the particle in position 4, assuming there are no other forces
acting other than electrostatic forces.
b. Determine the electric field at position 2.
c. Determine the electric potential at position 2.
d. Determine the total electric potential energy of the group of charges.
2
1
4
3.

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