the direction of rotation forthe following AC generator18the direction of currentinduced in the followingwire if the magnetic fieldsuddenly drops to zerothe direction of currentinduced if the magnet ismoved out of the page.S4. right5. clockwise6. counterclockwise7. none For each image or description, determine the direction described.the magnetic force on theleft side of the loopthe direction your leftthumb would pointfollowing the left hand rulefor electron flow, if thesouth end of a bar magnetwere lowered into asolenoid.the direction of currentinduced in the followingwire if the magnet ispushed into the page1. up2. down3. left

Since you have asked multiple questions, we will solve the first question for you. If you want any…

Answered: the direction of rotation for the…

Science

Physics

the direction of rotation for the following AC generator S 4. right 5. clockwise 6. counterclockwise 7. none

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter12: Sources Of Magnetic Fields

Section: Chapter Questions

Problem 67AP: The accompanying figure shows a long, straight wire carrying a current of 10 A. What is the magnetic...

See similar textbooks

Similar questions

Two parallel wires carry currents as shown in the diagram to the right. What is the direction of the force acting on wire II? Explain the reasoning behind your selection in detail.A) leftB) rightC) out of the pageD) into the pageE) clockwise
Solve the following problems, complete with given, required, formula, solution and boxed/underlined final answer. 1. A proton is moving in circle of radius 15cm in a transverse magnetic field of magnitude 2500 G. Find the following: a.) Frequency of the motion b.) speed of the proton 2. A straight, flexible length of copper wire is immersed in a magnetic field that is directed into the page. (a) If the wire’s current runs in the +x-direction, which way will the wire bend? (b) Which way will the wire bend if the current runs in the –x-direction? 3. A circular coil of current I=1A and area A=0.2m2 is placed flat on a table where the magnetic field B= 1T along the horizontal and to the right, Seen from above and looking down on the table, the current is flowing in a counter clockwise direction. Find the following: a.) Calculate the torque on the coil for N=1 b.) What is the torque on the coil when the coil has turned by 30° c.) What is the torque on the coil when the coil is…
Determine the magnetic field direction that causes the charged particle shown in (Figure 1) (a) to experience the indicated magnetic force. Match the words in the left column to the appropriate blanks in the sentences on the right.
solve the following question box the final answer. 1. A wire 12cm long carrying a current of 30A is placed in between the pole face of a magnet whose magnetic flux density is 0.9tesla. If the wire inclined at angle of 30degrees from the plane of the magnetic field, what is the force exerted on the wire? Answer ____ N 2. Calculate the magnetic field intensity to produce a flux density of 100x10^-3 tesla at the center of a long straight solenoid. Answer ______ AT/m
A wire 15 cm long and carrying a charge of 400 C within 2 minutes is placed in between the pole pace of a magnet whose magnetic flux is 900 mT. If wire is inclined equilateral from the plane of magnetic field, what is the force exerted on the wire? Show your solution in step by step process.
Solve the following problems, complete with given, required, formula, solution and boxed/underlined final answer. 1. A circular coil of current I=1A and area A=0.2m2 is placed flat on a table where the magnetic field B= 1T along the horizontal and to the right, Seen from above and looking down on the table, the current is flowing in a counter clockwise direction. Find the following: a.) Calculate the torque on the coil for N=1 b.) What is the torque on the coil when the coil has turned by 30° c.) What is the torque on the coil when the coil is perpendicular to the field lines? 2. A uniform magnetic field is directed at an angle of 30o with the plane of a circular coil of radius 4cm and 1000 turns. The magnetic field changes at a rate of 5 T per second. Calculate the following: a.) Area vector b.) Induced emf 3. A uniform magnetic field is directed at an angle of 30o with the plane of a circular coil of radius 0.03m and 1500 turns. The magnetic field changes at a rate of 7 T per…
The accompanying figure shows a long, straight wire carrying a current of 10 A. What is the magnetic force on an electron at the instant it Is 20 cm from tire wire, traveling parallel to the wire with a speed of 2.0105m/s ? Describe qualitatively the subsequent motion of the election, For this current, what is tire permeability of the iron? If the current is turned off and then restored to 10 A, will the magnetic field necessarily return to 2.0 T?
Hi, and thank you for your explanation BUT I still a little lost with your details since what I learned in class was with a formula F=ILBsinθ where θ is the angle between the wire and the magnetic field. The force is perpendicular to the field and the current. The equivalent formula for the force on a moving charged particle of charge q and velocity v is F, equals, q, v, B, sine, theta,F=qvBsinθ, with the force perpendicular to field and velocity. Can you please go in more detail description of your results - thanks!!
The aluminum ring hangs from a thin wire as shown in the attached picture below. Near the ring is the iron core of the electromagnet shown on the left side. Answer and justify: 1. Does current flow in the ring in the described situation, and if so, in which direction when the Electromagnet is switched on? 2. Is there current in the ring then, has the electromagnet been switched on for some time? In which direction does the current flow, if it does? 3. Does current flow in the ring when the current in the electromagnet is cut off? In which direction does the current flow, if it does?
Let’s Check 10 In this activity, please write TRUE if the statement is true and write FALSE if the statement is false. This is to check your understanding of the concepts. _________1. Torque is being applied in rotating moors. _________2. The strength of the turning effect or torque is directly proportional to the magnetic field. ________3. As the number of loops increases the torque also increases. ________4. The motion of charged particle in a uniform is rectangular. ________5. The magnetic field used by the loop can be taken from the current carrying conductor.
Note: Elaborate and provide a screenshot of your observation including the corresponding equation (applicable to all questions) F. Lasty, try putting the magnet in the loops and click the magnet flip button. What happens as you spin the magnet several times? G. Look at the Voltage needle as you spin it multiple times. What type of current do you think it is producing? AC or DC?
The figure below is for your experimental setup. Here the current is perpendicular to the magnetic field. Accordingly, what can be said about the movement of the movable piece of wire when the power supply is turned on? Explain the reason for your action