For this problem, ignore gravitational interactions, and use k = 9.00 x 10 N m/C. Note...

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For this problem, ignore gravitational interactions, and use k = 9.00 x 10° N m²/C². Note that 1 nanocoulomb (1 nC) is equal to 1 x 10° C. Also, a number like 3.45 × 10 6 can be entered in Top Hat as 3.45e-6 Q1 L Q3 Q2 Three charged particles are placed so that there is one particle at each of the corners of an equilateral triangle. Each side of the triangle is L, as shown above. Part (a) Homework Unanswered Due Jan 30th, 12:15 PM Use these numbers: Q₁ = +15.0 nC, Q, = +8.00 nC, and Q = -6.00 nC. Each side of the triangle measures L = 40.0 cm. Determ magnitude of the net force acting on Q3. N Part (b) Homework Unanswered Due Jan 30th, 12:15 PM Determine the magnitude of the net force acting on Q1- N O M Open in C For this problem, ignore gravitational interactions, and use k = 9.00 x 10° N m²/C². Note that 1 nanocoulomb (1 nC) is equal to 1 x 10° C. Also, a number like 3.45 × 10 6 can be entered in Top Hat as 3.45e-6 Q1 L Q3 Q2 Three charged particles are placed so that there is one particle at each of the corners of an equilateral triangle. Each side of the triangle is L, as shown above. Part (a) Homework Unanswered Due Jan 30th, 12:15 PM Use these numbers: Q₁ = +15.0 nC, Q, = +8.00 nC, and Q = -6.00 nC. Each side of the triangle measures L = 40.0 cm. Determ magnitude of the net force acting on Q3. N Part (b) Homework Unanswered Due Jan 30th, 12:15 PM Determine the magnitude of the net force acting on Q1- N O M Open in C