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+ -4a Q -3a Part (a) -2a + -a Q2 ဝ +a Three charged particles are placed on the x-axis, as shown above. Qဒ +2a + +3a +4a X Use these numbers: Q₁ = -40.0 nC, Q₂ = +15.0 nC, and Q3 = +25.0 nC. The value of a is 20.0 cm. Determine the magnitude of the net force acting on Q3.

+ -4a Q -3a Part (a) -2a + -a Q2 ဝ +a Three charged particles are placed on the x-axis, as shown above. Qဒ +2a + +3a +4a X Use these numbers: Q₁ = -40.0 nC, Q₂ = +15.0 nC, and Q3 = +25.0 nC. The value of a is 20.0 cm. Determine the magnitude of the net force acting on Q3.

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For this problem, ignore gravitational interactions, and use k = 9.00 x 109 Nm²/C². Note that 1 nanocoulomb (1 nC) is equal to 1 x 10⁹ C. Also, a number like 3.45 x 10-6 can be entered in Top Hat as 3.45e-6 + -4a Q₁ • -3a -2a Part (a) + -a Q2 0 + +a Three charged particles are placed on the x-axis, as shown above. Q3 + +2a +3a +4a x++ Use these numbers: Q₁ = -40.0 nC, Q₂ = +15.0 nC, and Q3 = +25.0 nC. The value of a is 20.0 cm. Determine the magnitude of the net force acting on Q3- N
Transcribed Image Text:For this problem, ignore gravitational interactions, and use k = 9.00 x 109 Nm²/C². Note that 1 nanocoulomb (1 nC) is equal to 1 x 10⁹ C. Also, a number like 3.45 x 10-6 can be entered in Top Hat as 3.45e-6 + -4a Q₁ • -3a -2a Part (a) + -a Q2 0 + +a Three charged particles are placed on the x-axis, as shown above. Q3 + +2a +3a +4a x++ Use these numbers: Q₁ = -40.0 nC, Q₂ = +15.0 nC, and Q3 = +25.0 nC. The value of a is 20.0 cm. Determine the magnitude of the net force acting on Q3- N
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