What is the magnitude of the electric field at location B?
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What is the magnitude of the electric field at location
B?
All of the wires in...
Any help would be great! All of the wires in the circuit shown in the diagram...
Any help would be great!
All of the wires in the circuit shown in the diagram are made of the same material, but one wire has a smaller radius than the other wires. Which of the following statements are true of this circuit in the steady state? Check all that apply The number of electrons passing location B each second is the same as the number of electrons passing location D each second. The electric field at location F points...
5) The force between two parallel wires carrying electric current is repulsive when: A) The magnitude...
5) The force between two parallel wires carrying electric current is repulsive when: A) The magnitude of the current of both wires are the same. B) The direction of current in wires are opposite C) One of the wires is carrying no current D) The direction of the currents in wires are the same. E) Wires carrying different current values. 6) Ampere's law provides a convenient way of calculating: A) Electric field due to current distribution. B) Magnetic field due...
10) The wires in the circuit shown in the diagram are made of the same material,...
10) The wires in the circuit shown in the diagram are made of the same material, but one segment of the wire is thinner than the other wires. Copy the diagram a) On your copy of the diagram, at the x locations labeled B and C, draw arrows representing the electric fields at those locations. The arrows should point in the correct direction and be drawn to represent relative strengths, with longer arrows representing larger fields. b) At the x...
You will explore the electric fields of charged wires and circular loops and the fields of...
You will explore the electric fields of charged wires and circular loops and the fields of current-carrying versions of these same objects, so this question is meant to give you a reference point with which to compare and contrast the two types of fields. 1. Consider a very long, straight wire of uniform positive charge density. In the space below, describe the electric field of the wire. In particular, what direction does it point? Does its strength depend on position?...
In the circuit shown in the diagram below, two thick wires connect a 1.4 volt battery...
In the circuit shown in the diagram below, two thick wires connect a 1.4 volt battery to a Nichrome (NIC) wire. Each thick connecting wire is 14 cm long, and has a radius of 9 mm. The thick wires are made of copper, which has 8.35+28 mobile electrons per cubic meter, and an electron mobility of 0.00434 (m (V/m). The Nichrome wire is 8 cm long, and has a radius of 4 mm. Nichrome has 9e+28 mobile electrons per cubic...
MAGNETIC INTERACTIONS Shown at right is a cross-sectional view of two long straight wires that are...
MAGNETIC INTERACTIONS
Shown at right is a cross-sectional view of two long straight wires that are parallel to one another. One wire carries a current i_0 out of the page, the other carries an equal current i_0 into the page. a. Draw a vector on the diagram to show the direction of the magnetic field, if any, at point P. Explain your reasoning. b. Suppose that a third wire, carrying another current i_0 out of the page, passes through point...
Consider two, long parallel wires (labeled a and b) carrying electric currents ia and in respectively...
Consider two, long parallel wires (labeled a and b) carrying electric currents ia and in respectively in the same directions. The wires are separated by distance d, as shown in the figure below. Interactive Figure 29.4.1: Two long, straight, parallel wires carry currents in the same direction. Figure 29.4.2 shows an end-on view with the two currents directed out of the screen (in the +z direction). Assume the following values for the two currents and the distance d: ia =...
Consider this figure. What is the magnitude of the electric field at the location of the...
Consider this figure. What is the magnitude of the electric
field at the location of the +2.0?? charge?
A. 18?/?
B. 13?/?
C. 25?/?
D. 20?/?
E. 9.0?/?
3 m 42F +2.0 nC 9.0nC 4 +16.0 nC
Four long parallel wires each carry a 2.0 A current in the same direction. The wires...
Four long parallel wires each carry a 2.0 A current in the same direction. The wires are parallel to the z-axis, and they pass through the corners of a square of side 5.0 cm in the x-y plane as shown in the diagram. What is the magnitude of the magnetic field at the center of the square? a. b. What is the magnitude (per unit length) and direction of the force that each wire experiences due to the other three...
2 wires at a right angle
I noticed that the Problem I was given was completely different theone answered here. same book and number. Please Help.Two 1.20 nonconducting wires meet ata right angle. Onesegment carries 2.00 of charge distributeduniformly along its length, and the other carries 2.00 distributed uniformlyalong it, as shown in the figureA) Find the magnitude of the electric field these wires produce atpoint ,which is 60.0 from each wire.B) Find the magnitude of the electric field these wires produce atpoint ,which is 60.0...
Any help would be great!
All of the wires in the circuit shown in the diagram are made of the same material, but one wire has a smaller radius than the other wires. Which of the following statements are true of this circuit in the steady state? Check all that apply The number of electrons passing location B each second is the same as the number of electrons passing location D each second. The electric field at location F points...
5) The force between two parallel wires carrying electric current is repulsive when: A) The magnitude of the current of both wires are the same. B) The direction of current in wires are opposite C) One of the wires is carrying no current D) The direction of the currents in wires are the same. E) Wires carrying different current values. 6) Ampere's law provides a convenient way of calculating: A) Electric field due to current distribution. B) Magnetic field due...
10) The wires in the circuit shown in the diagram are made of the same material, but one segment of the wire is thinner than the other wires. Copy the diagram a) On your copy of the diagram, at the x locations labeled B and C, draw arrows representing the electric fields at those locations. The arrows should point in the correct direction and be drawn to represent relative strengths, with longer arrows representing larger fields. b) At the x...
In the circuit shown in the diagram below, two thick wires connect a 1.4 volt battery to a Nichrome (NIC) wire. Each thick connecting wire is 14 cm long, and has a radius of 9 mm. The thick wires are made of copper, which has 8.35+28 mobile electrons per cubic meter, and an electron mobility of 0.00434 (m (V/m). The Nichrome wire is 8 cm long, and has a radius of 4 mm. Nichrome has 9e+28 mobile electrons per cubic...
MAGNETIC INTERACTIONS
Shown at right is a cross-sectional view of two long straight wires that are parallel to one another. One wire carries a current i_0 out of the page, the other carries an equal current i_0 into the page. a. Draw a vector on the diagram to show the direction of the magnetic field, if any, at point P. Explain your reasoning. b. Suppose that a third wire, carrying another current i_0 out of the page, passes through point...
Consider two, long parallel wires (labeled a and b) carrying electric currents ia and in respectively in the same directions. The wires are separated by distance d, as shown in the figure below. Interactive Figure 29.4.1: Two long, straight, parallel wires carry currents in the same direction. Figure 29.4.2 shows an end-on view with the two currents directed out of the screen (in the +z direction). Assume the following values for the two currents and the distance d: ia =...
Consider this figure. What is the magnitude of the electric
field at the location of the +2.0?? charge?
A. 18?/?
B. 13?/?
C. 25?/?
D. 20?/?
E. 9.0?/?
3 m 42F +2.0 nC 9.0nC 4 +16.0 nC
Four long parallel wires each carry a 2.0 A current in the same direction. The wires are parallel to the z-axis, and they pass through the corners of a square of side 5.0 cm in the x-y plane as shown in the diagram. What is the magnitude of the magnetic field at the center of the square? a. b. What is the magnitude (per unit length) and direction of the force that each wire experiences due to the other three...
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