Find the magnetic field at point P for the steady current I in Figure 16. R d. Figure 16
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- Biot-Savart Law Study Problem Consider the following loop of wire carrying a current, I, in the direction shown in the figure below. Use the Biot-Savart Law to determine the magnetic field at point P. y I b a P I I .ܐ ► x لم)7 6 / wire A wire is carrying a current that is in the out of page direction. What is the direction of the magnetic field due to this current carrying wire at the point shown by the dot? 00A square portion of a circuit is in a region with an homogeneous magnetic field. The length of the sides is L = 10 cm. The current through the circuit is 1.5 Amp. As a result there is a net force of 0.15 N acting on the wires of circuit. What is the value of the magnetic field? AWhat direetion dees the net feree peint? Te the right L
- Draw the magnetic field lines for the magnet shown. Draw the magnetic field lines for the current carrying loop shown. I.8 LOF planmad üzerinden onays Three long wires parallel to the x axis carry currents as shown. If 1-20 A, what is the magnetic field at the origin? -31+ O a 17pT O b. 21pt Oc. gut O d. 32µT Oe: 37µT y = + 2 m x y = - 1 m y=-3 m Kalan süre 047:36Figure shows four particles moving to the right as they enter a region of uniform magnetic field, directly into the page. All particles move at the same speed and have the same charge. Which particle has the least mass?