Direction: Read and analyze each problem. Draw a free body-diagram and write your computation by following the GRESA format , BOX your final answer. Qno2. A.. With an uniform magnetic field of magnitude 0.750 T, a square loop with a side of 5.00 cm is placed so that its plane forms a 55.0 degree angle with the magnetic field. Find the flux that passes through the square loop. B. 2. A 2.50 cm by 4.50 cm rectangular loop is positioned perpendicularly in a 0.0100 Tuniform magnetic field. During the loop, find the magnetic flux. C. The average induced voltage of a 495-turn solen
Direction: Read and analyze each problem. Draw a free body-diagram and write your computation by following the GRESA format , BOX your final answer. Qno2. A.. With an uniform magnetic field of magnitude 0.750 T, a square loop with a side of 5.00 cm is placed so that its plane forms a 55.0 degree angle with the magnetic field. Find the flux that passes through the square loop. B. 2. A 2.50 cm by 4.50 cm rectangular loop is positioned perpendicularly in a 0.0100 Tuniform magnetic field. During the loop, find the magnetic flux. C. The average induced voltage of a 495-turn solen
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter1: Units And Measurement
Section: Chapter Questions
Problem 15P: Use the orders of magnitude you found in the previous problem to answer the following questions to...
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Direction: Read and analyze each problem. Draw a free body-diagram and write your computation by following the GRESA format , BOX your final answer.
Qno2.
A.. With an uniform magnetic field of magnitude 0.750 T, a square loop with a side of 5.00 cm is placed so that its plane forms a 55.0 degree angle with the magnetic field. Find the flux that passes through the square loop.
B. 2. A 2.50 cm by 4.50 cm rectangular loop is positioned perpendicularly in a 0.0100 Tuniform magnetic field. During the loop, find the magnetic flux.
C. The average induced voltage of a 495-turn solenoid is 55.0 V. How long does it take for a flux shift of 0.0700 Wb to achieve this value?
D. In a shifting magnetic field, a square wire loop with 15.0 turns and a side length of 1.25 m is inserted. What is the average induced emf if the magnetic field changes from 3T to 5.00 T in 10.0 seconds?
Solve All dont say for again post if u dont solve skip it best expert will solve. If u answer not All i will dislike thanks
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