16. Imagine three point charges at the corners of an isosceles triangle: q₁= 2.22 x10-¹0 C, q2-3.33 nC, and q3= 4.44x108 C. The charges qi and q2 are 1.00 m apart and form the triangle's base. The triangle is 0.250 m tall. If qs is at the top, what is the magnitude and direction of the resultant force on q3? (4.08x10-6 N, 150.2°)
16. Imagine three point charges at the corners of an isosceles triangle: q₁= 2.22 x10-¹0 C, q2-3.33 nC, and q3= 4.44x108 C. The charges qi and q2 are 1.00 m apart and form the triangle's base. The triangle is 0.250 m tall. If qs is at the top, what is the magnitude and direction of the resultant force on q3? (4.08x10-6 N, 150.2°)
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Transcribed Image Text:16. Imagine three point charges at the corners of an isosceles triangle: q₁= 2.22 x10-¹0 C,
92= 3.33 nC, and q3= 4.44x108 C. The charges qi and q2 are 1.00 m apart and form the triangle's base. The
triangle is 0.250 m tall. If q3 is at the top, what is the magnitude and direction of the resultant force on q3?
(4.08x10-6 N, 150.2°)
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Step 1: Define Coulomb's law of electrostatics:
VIEWStep 2: Draw a diagram showing the direction of the force.
VIEWStep 3: Calculate the magnitude of the force on charge q_3 due to charge q_1 and q_2.
VIEWStep 4: Calculate the x and y component of the net force:
VIEWStep 5: Calculate the magnitude of the net force:
VIEWStep 6: Calculate the direction of the net force:
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