3. Give the direction of the magnetic field and calculate its magnitude at the indicated points near a long straight, current carrying wire?
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- 5. Find the expression for the magnetic field at point P in the wire configuration shown below. A current of 10 A flows along the wire shown. 40 cm 20 cm P Solution: B = -3.432 × 10-5 TÊ 20 cm16. (25) a.) Two electric charges, qq and q2 lie on the x-axis at positions of + 10 cm and - 10cm, respectively. What is the force on a third charge q3 that is placed at x = 0, if q1 = 10 µC, q2 = -10 µC and q3 = 20 µC? b.) An electron enters a uniform magnetic field whose magnitude is 1.5 T and direction is parallel to the + z-axis. If the electron's velocity is 2.0 î – 3.0 ĵ+1.0 k m/s what is the force on the electron? c.) The magnet in the diagram is moved to the left. Copy the diagram into your blue book and indicate the direction of the induced electric current, which you should find using Lenz's Law. What is the situation some time later, when the magnet has stopped moving? Explain your answers. Lume R9. The figure below shows two crossed wires that are carrying currents (1, = 66.0 A and l, = 50.0 A ). What is the magnitude of the total magnetic field at point (P) where a = 16.5 cm and b = 6.80 cm? b
- 20. Consider a long straight wire carrying I = 0.52 A upward. (a) What is the direction of the magnetic field at the star? D) ↓ A) ← B) → C) ↑ E) O (out of the page) F) (into the page) (b) Find the magnitude of the magnetic field at the star. d = 0.023m I= 0.52A148. Draw the magnetic field lines for the following configurations. Indicate whether the objects experience an attractive or repulsive magnetic force.