How many turns must be wound on a flat, circular coil of radius 19 cm in order to produce a magnetic field of magnitude 4.4×10−54.4×10−5 T at the center of the coil when the current through it is 0.8 A?
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How many turns must be wound on a flat, circular coil of radius 19 cm in order to produce a magnetic field of magnitude 4.4×10−54.4×10−5 T at the center of the coil when the current through it is 0.8 A?
The required number of turns is__________.
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- A rectangular conducting loop has sides a = 0.065 m, sides b = 0.15 m, and resistance R = 55 Ω. It moves into a magnetic field of magnitude B = 0.81 T with speed v = 5.5 m/s. Refer to the diagram. A) Find the current, Ii, in amperes, flowing in the loop as it enters the magnetic field. B) Find the current, If, in amperes, in the loop as it leaves the magnetic field. It leaves at the same speed it enters.The figure below shows a piece of insulated wire formed into the shape of a figure eight. You may consider the two loops of the figure eight to be circles, where the upper loop's radius is 3.00 cm and the lower loop's radius is 8.00 cm. The wire has a uniform resistance per unit length of 9.00 Ω/m. The wire lies in a plane that is perpendicular to a uniform magnetic field directed into the page, the magnitude of which is increasing at a constant rate of 1.70 T/s. What is the magnitude of the induced current in the wire (in A)?a B C A rectangular coil has 13 turns and sides of length a = magnetic field B = 0.5i T, as shown in the figure above. If I = 7 A, find: 25 cm and c 20 cm. The coil is pivoted about the z axis and its plane is at 0 = 28° to a %3D a) the force on each side. F1 =( 0 i+ 9.1 j+ 5.46 k) N F2 =( 0 i+ -9.11 j+ 0 k) N F3 =(0 i+ j+ -5.46 k) N F4 =( 0 i+ 9.1 j+ -5.46 k) N b) What is the magnetic moment of the coil? M =( 0.164 i+ 0.309 j+ 0 k) A · m? c) What is the torque on the coil? T =(0 i+ 0 j+ -2 k)N : • m 2.
- In the figure (Figure 1) a conducting rod of length L = 31.0 cm moves in a magnetic field B of magnitude 0.480 T directed into the plane of the figure. The rod mc with speed v = 5.30 m/s in the direction shown. Figure X X X X X b X χαχ X X 1 of 1 X X X What is the potential difference between the ends of the rod? Express your answer in volts. NO | ΑΣΦΑ ▼ V = Submit Part B Which point, a or b, is at higher potential? b Submit Part C Request Answer E = Submit Request Answer When the charges in the rod are in equilibrium, what is the magnitude of the electric field with Express your answer in volts per meter. VG ΑΣΦΑ V Request Answer V/mThe two conducting rails in the drawing are tilted upward so they each make an angle of 30.0° with respect to the ground. The vertical magnetic field has a magnitude of 0.040 T. The 0.29-kg aluminum rod (length - 1.6 m) slides without friction down the rails at a constant velocity. How much current flows through the rod? Number i Conducting Units 16m-Problem 4: A loop of wire with radius r0.045 m is in a magnetic field with magnitude B as shown in the figure. B changes from B,-0.45 T to B,-7.5 T inAt = 2.5 s at a constant rate. The resistance of the wire is R 8 Ω Randomized Variables r0.045 m B,-0.45T B2=7.5 T At- 2.5 s R=862 Part (a_Express the magnetic flux cp going through a loop of radius r assuming a constam magnetic field B. HOME 4 5 6 BACKSPACE CLEAR Submit Hint I give up! Hints: 1% deduction per hint. Hints remaining: 1 Feedback: 1% deduction per feedback Part (b) Express the magnetic flux change, Ф, in terms of B1, B2 and r. Part (c) Calculate the numerical value ofΔΦ in T.m Part (d) Express the magnitude of the average emf, ε, induced in the loop in terms of ΔΦ and Δ ▲ Part (e) Calculate the numerical value of the emf in V Part (f) Express the current induced in the loop, I, in terms ofe and kR
- Q.04 A rigid coil has a 4.00 cm radius and contains 500 turns. It is placed in a uniform magnetic field that varies with time according to the following equation: 5T/54)t4 B = (0.0120 T/s)t + (3.00 × 10-5 T The coil is connected to a 600 2 resistor and its plane is perpendicular to the magnetic field. You can ignore the internal resistance of the coil. Find: (a.) The magnitude of the induced emf in the coil as a function of time. Hint: put together an equation. (b.) What is the current in the resistor at a time t = 5.00 s?A square coil of wire of side 2.95 cm is placed in a uniform magnetic field of magnitude 2.50 T directed into the page as in the figure shown below. The coil has 38.0 turns and a resistance of 0.780 S If the coil is rotated through an angle of 90.0° about the horizontal axis shown in 0.335 s, find the following. Rotation axis x x x x x x x x x x (a) the magnitude of the average emf induced in the coil during this rotation mV (b) the average current induced in the coil during this rotation MAPlease answer this within 30mins ! I will upvote !
- What velocity would the rod below need to move if I wanted to generate a current of 0.067 A? The magnetic field is 0.75 T everywhere in the region, R is 8 Ω, and d = 12 cm. 35.73 m/s 5.96 m/s 10.21 m/s 3.12 m/sA circuit is made with a resistor of resistance 25 ohms and a movable bar with length 15 cm moving to the left with speed 8 m/s. The whole circuit is in a magnetic field B = 1.5 T (into page). Use this set up to answer the following questions. What is the current through the resistor in amps? Answer to 3 decimal places.A piece of copper wire has a resistance per unit length of 4.63 × 10/m. The wire is wound into a thin, flat coil of many turns that has a radius of 0.208 m. The ends of the wire are connected to a 12.0-V battery. Find the magnetic field strength at the center of the coil. Number i Units >