Two identical circular thin-wire loops carry the same current I=10.4 A and are positioned "parallel" to each other as illustrated in the figure below. The planes of the loops are perpendicular to the line connecting their centers O1 and O2. The radius of the loops a=1.18 cm and the distance between the loop planes b=0.944 cm.
What is the magnitude B1 of the magnetic field at point O1?:
B1= _____ G.
What is the magnitude B2 of the
magnetic field at point O2?:
B2= ______ G.
What is the magnitude
BC of the magnetic
field at point C in the middle between points O1 and
O2?:
BC= _____ G.
Two identical circular thin-wire loops carry the same current I=10.4 A and are positioned "parallel" to...
Two identical circular thin-wire loops carry the same current I=6.5 A and are positioned "parallel" to each other as illustrated in the figure below. The planes of the loops are perpendicular to the line connecting their centers O1 and O2. The radius of the loops a=0.46 cm and the distance between the loop planes b=0.575 cm. What is the magnitude B1 of the magnetic field at point O1?: B1= ______ G. What is the magnitude B2 of the magnetic field...
Two identical circular thin-wire loops carry the same current I=5.33 A and are positioned "parallel" to each other as illustrated in the figure below. The planes of the loops are perpendicular to the line connecting their centers 01 and 02. The radius of the loops a=1.1 cm and the distance between the loop planes b=2.31 cm. 0-6 What is the magnitude B1 of the magnetic field at point 012: B2- G. What is the magnitude By of the magnetic field...
Please solve and explain how its done. Two identical circular thin-wire loops carry the same current I=7.8 A and are positioned "parallel to each other as illustrated in the figure below. The planes of the loops are perpendicular to the line connecting their centers 01 and 02. The radius of the loops a=0.9 cm and the distance between the loop planes b=1.53 cm. 0:0 G. What is the magnitude B1 of the magnetic field at point 01?: B1= What is...
Two circular loops of wire, each containing a single turn, have the same radius of 4.6 cm and a common center. The planes of the loops are perpendicular. Each carries a current of 2.0 A. What is the magnitude of the net magnetic field at the common center?
Two circular loops of wire, each containing a single turn, have the same radius of 3.90 cm and a common center. The planes of the loops are perpendicular. Each carries a current of 2.00 A. What is the magnitude of the net magnetic field at the common center?
Please answer the following Chapter 21, Problem 57 Two circular loops of wire, each containing a single turn, have the same radius of 3.40 cm and a common center. The planes of the loops are perpendicular. Each carries a current of 1.50 A. What is the magnitude of the net magnetic field at the common center? Number Units the tolerance is +/-5% Click if you would like to Show Work for this question: Open Show Work
Two identical small current carrying loops of wire are oriented along a common axis with the plane of their loops parallel to each other. See Figure EC. The distance between the loops, x, is much larger than the radius of each loop, R. The magnetic dipole moment of each loop is directed parallel to the axis, and the magnetic field that one loop creates at the center of the other loop is also parallel to the axis. So mu^rightarrow and...
A circular thin wire loop of radius a=37.2 cm and total resistance R=0.186 12 is positioned in the (xy)-plane, where it is exposed to the external (applied) uniform magnetic field directed along the z-axis. Over some period of time t, the z-component of that field varies as Bextz(t)=Bo – at + ßta, where Bo=6.68 T, a=60.727 T/s and ß=69.008 T/s2. Right at the geometrical center of the loop circle, there is a very accurate magnetometer that can detect the difference...
Two long, thin parallel wires are placed 12.0 cm apart, as shown below. Each wire carries a 28 A current, but the currents are flowing in opposite directions. Determine the magnetic field vector at the point P, which is 10.4 cm from one wire, and 6.0 cm from the other. Please help me find the magnitude and the direction (θ).
Two long thin parallel wires 13.0 cm apart carry 29-A currents in the same direction. 1) Determine the magnitude of the magnetic field vector at a point 10.0 cm from one wire and 6.0 cm from the other 2) Determine the direction of the magnetic field vector at that point. Example: θ= ... degrees, measured counterclockwise from the positive x axis 13.0 cm 10.0 cm $6.0 cm