(Next two questions) For a loop of current 2.5 A with radius 4 mm, calculate the magnetic field at the indicated locations. 3 sig figs each, nonzero answers ~0.1-100, don't forget +/-
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- A 6A current flows in a wire as shown. The radius of the arc is 0.5m, and the length of each of the straight wires is 1.37m. If the arc subtends an angle of 125 degrees, determine the magnitude of the magnetic field at its center. [give your answer in units of microTeslas with 2 decimal places of precision]The length and diameter of a long solenoid is shown in Fig. This solenoid made up of 600 turns andcarries 8.00 A electric current. Determine the magnitude of magnetic field at a point near the center ofsolenoid. Note: solve as soon as possibleCalculate the length of a wire currying current of 8.6 A and experiencing the force of 5 N in the magnetic field of 3 T. The wire is positioned in vacuum at 30 degrees to the field lines. Provide your answer in Sl units. Answer: Choose...
- Calculate the length of a wire currying current of 5.7 A and experiencing the force of 5 N in the magnetic field of 3 T. The wire is positioned in vacuum at 30 degrees to the field lines. Provide your answer in Sl units.For problem 47, part b, calculate the magnetic field in microteslas if the radius of the wire is 6.1 mm (5 sig figs)5. 4. Find the size and direction of the force per meter exerted on the bottom wire by the top 4. I-5A, in all wires. The distance between each wire is lcm. Also find the strength of the magnetic ield at the location of the middie wire. Foned THE BFIED AT LOCATION of N/m LdL0, r, 1 F/A= 2 WIRG preOaA TOP Due TOTHE UTHER 4- B= LdL0, 1, 1
- If the radius of the semi circle is 3cm, the current in the left most wire is 2A, and the right most wire is moving down with a current of 0.5A, what is the magnitude of the magnetic field at P. (Use the system shown in picture, the distance, a, is 7cm)The Earth's magnetic field is approximately 0.500 Gauss. If a circular loop of radius 1.00 m is sitting in the Earth's magnetic field, at a 45.0° angle to it, what is the magnetic flux through the loop? [?] μWb Hint: 1 Tesla = 10,000 GaussCalculate the length of a wire currying current of 8.3 A and experiencing the force of 5 N in the magnetic field of 3 T. The wire is positioned in vacuum at 30 degrees to the field lines. Provide your answer in Sl units.
- Given the following arc of current,find the angle of the arc such that theB-field at the center point is 1.26 x10-5 T, the radius 12 cm, and thecurrent 7 A3. A long cylindrical Ferrromagnet is oriented in the z-direction, and has an internal magnetic field B=1.5Tesla in the z-direction. (a) What is the equivalent surface current in Amperes/meter? (b) In what direction is the effective current flow? (c) Is this a super-current? dyNeeds Complete typed solution with 100 % accuracy.