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A +6.1 μC charge is located at the origin and moving with velocity 5450 k^ m/s. Point P is 0.25 m away from the charge along the (−x)-axis. Point Q is also 0.25 m away from the charge, but along a direction that is 45∘ below the (−x)-axis. What is the magnitude of the magnetic field at Point P? Enter the magnetic field at point P in vector form: The magnetic field at point P is i^ + j^). What is the magnitude of the magnetic field at Point Q? Enter the magnetic field at point Q in vector form: The magnetic field at point Q is ( i^ + j^).

A +6.1 μC charge is located at the origin and moving with velocity 5450 k^ m/s. Point P is 0.25 m away from the charge along the (−x)-axis. Point Q is also 0.25 m away from the charge, but along a direction that is 45∘ below the (−x)-axis. What is the magnitude of the magnetic field at Point P? Enter the magnetic field at point P in vector form: The magnetic field at point P is i^ + j^). What is the magnitude of the magnetic field at Point Q? Enter the magnetic field at point Q in vector form: The magnetic field at point Q is ( i^ + j^).

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A + 6.1 μ C charge is located at the origin and moving with velocity 5450 k ^ m / s . Point P is 0.25 m away from the charge along the ( − x ) -axis. Point Q is also 0.25 m away from the charge, but along a direction that is 45 ∘ below the ( − x ) -axis.
What is the magnitude of the magnetic field at Point P ? ◻ Enter the magnetic field at point P in vector form: The magnetic field at point P is ◻ i + ◻ う).
What is the magnitude of the magnetic field at Point Q ? ◻ Enter the magnetic field at point Q in vector form: The magnetic field at point Q is ( ◻ i + ◻ j).

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