y 9₁ 0.10 m 93 -0.30 m- + 92 unit X In the diagram above, q₁ = 147 nC, q2 = 190 nC, and q3 = 117 nC. What is the magnitude of the net force on q₁? F = What is the direction of this force, as measured from the positive x-axis? Remember that if it goes below the axis, the angle is a negative number.

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A:

Q: 3. Consider these 2 point charges separated 0.2 m. There are points somewhere along the line passing…

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A: Given data:  Force (F) = 104 N Horizontal displacement (d) = 11.05 m Required: Work done (W)

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Q: 11. Can a normal force on an object ever do work on the object? Explain.

A:

Q: 100 N c. Determine the following for this circuit. 1. The current through the battery. 12 V 20 N 30…

A: R1 = 100 ohm R2 = 20 ohm R3 = 30 ohm R4 = 10 ohm Potential difference (V) = 12 volts

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A: Given data The vector equation of the constant force is F=3i^+5j^+10k^ The coordinates of point…

Q: cannot see the work or answer you provided, can you resize the steps so I could see the work please?

A:

Q: Horizontal Motion: X₁ = xo +Vxot Vxf = Vxo Vertical Motion: Eqn. A y, = y + vt + ½a,t² Vyg=vyo+a,t 2…

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Q: Work can be conserved True or false

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Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.