E A long, straight wire carries a 25 A current along its length. The wire passes through the center of a circular ring, as shown. A time-varying electric field passes through the ring and is parallel to the wire. The electric field is also uniform across the ring. The magnetic field everywhere along and through the ring is zero. If the ring's diameter is 4.0 cm., how much does the strength of the electric field change after 10.0 s?
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- Q33.1 there are 3 long wires that are parrallel to each other . all 3 carry equal currents of I=4.00A. When observed from the top view (refer to image provided for diagram), the wires are situated at the cirners of a square with all of the currents flowing upwards. please calculate the direction and magnitude of the magnetic feild at: a). the corner that is empty b). the very middle point of the square.c. Determine the angle that the net magnetic field vector makes with the+z-axis at the point midway between the two wires.D Current Attempt in Progress A future space station in orbit about the earth is being powered by an electromagnetic beam from the earth. The beam has a cross- sectional area of 120 m² and transmits an average power of 1.79 x 104 W. What are the rms values of the (a) electric and (b) magnetic fields? (a) Number i Units (b) Number i Units
- C A charged particle moves through a velocity selector at constant velocity. The velocity selector is configured with "crossed" electric and magnetic fields of magnitude E= 2.00 x 10 N/C and B = 0.2 T Hint a. What is the velocity of the charged particle? Velocity of the charged particle is x 10 m/s. b. When the electric field is turned off, the charged particle travels in a circular path of radíus 2 mm, as it travels through the magnetic field (still at B=0.2 T). What is the mass-to-charge ratio of the particle? Hint for (b) Mass-to-charge ratio of the particle is kg/C. (Use the "E" notation to enter your answer in scientific notation. For example, to enter 3.14 x 10-¹2, enter "3.14E-12".) Submit Question G Search or type URL % 5 A MacBook Pro 6 &N batteries not shown A. A wire is connected to batteries (not shown), and current flows through the wire. The wire lies flat on a table, and you are looking down on it from above. The wire is laid on top of a compass, resting about 6 mm above the needle. The distance d is 5.5 cm. The compass needle deflects 11 degrees from North, as shown. At this location the horizontal component of the Earth's magnetic field is 2e-5 tesla. What is the direction of the magnetic field at location A, midway between the wires, due to the current in the wire? Out of the page What is the approximate magnitude of the magnetic field at location A, due to the current in the wire? |B| = 3.88e-6 × T What approximations or assumptions did you make in solving this problem? Assume one side of the wire is much longer than d Assume that at the location of the compass the effect of the distant wire is negligible Assume the Earth's magnetic field is negligible Assume the bent end of the wire is far from location An the figure, a small particle of charge -1.7 × 10-6 C and mass m = 2.1 × 10-12 kg has speed v0 = 7.1 × 103 m/s as it enters a region of uniform magnetic field. The particle is initially traveling perpendicular to the magnetic field and is observed to travel in the semicircular path shown with radius R = 3.0 cm. Find the magnitude and direction of the magnetic field in the region. Make sure to explain how you've determined the direction of the magnetic field
- Can you solve problem #67 in the picture below?An airplane has an aluminum antenna attached to its wing that extends 15 m from wingtip to wingtip. The plane is traveling north at 75 m/s in a region where Earth's magnetic field has both a vertical component and a northward component, as shown. The net magnetic field is at an angle of 55 degrees from horizontal and has a magnitude of 6.0 x 105 T. W Vertical S E 55° Antenna, Top View b. Determine the magnitude of the electric field generated in the antenna.Q. Consider the configuration shown on the right, the inner cylindrical conductor of radius 'a' surrounded by a cylindrical shell of inner radius 'b' and outer radius 'c'. The inner conductor and the outer shell each carry equal and opposite currents I. Where I is uniformly distributed through the conductors. a I a) Find the magnetic field intensity for r< a and aPart B A particle with charge 8.26 x 10-8 C is moving in a region where there is a uniform 0.600 T magnetic field in the +x-direction. At a particular instant, the velocity of the particle has components Vz = -1.80 x 104 m/s, vy = -3.11 x 104 m/s, and vz = 6.35 x 104 m/s. What is the y-component of the force on the particle at this time? Express your answer with the appropriate units. HA х.101 X Fy = Value Units Submit Previous Answers Request Answer X Incorrect; Try Again; 9 attempts remaining Part C What is the z-component of the force on the particle at this time? Express your answer with the appropriate units. µA F = Value Units Submit Request AnswerA rod is moving from left to right toward a resistor along two parallel conducting rails. The entire loop is inside a magnetic field oriented out of the page. The rod is moving 81m/s the magnetic field has a magnitude of 4.1T and induce in the loop is 5.8V. what is the length of the rod in m the resistor has a resistance of 55. What is the current through the rod in A what is the magnitude of the lerntz force on the rod in NA conducting cylinder has radius ?a and volume current density J1=κr in the direction of the axis of the cylinder where κ is known. It is coaxial with a conducting cylindrical shell which has inner radius b and outer radius c. Suppose we have already determined that the magnetic field outside both cylinders is zero. If the outer cylinder has a current density of J2=αr, find α. Find the magnetic field in each possible region B(r<a) = B(a<r<b) = B(b<r<c) =SEE MORE QUESTIONS