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A Vector Field B = î cos (4) + forsin (6) exists in the closed Contour region show in the tragram Ico, st for →x (-3,0) 45 which 2 equations is the correct Setup fquation

A Vector Field B = î cos (4) + forsin (6) exists in the closed Contour region show in the tragram Ico, st for →x (-3,0) 45 which 2 equations is the correct Setup fquation

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A Vector field B = v cos (4) + frain (d) exists in the closed Contour region Show in the agram de 700, 3) 2 (-3,0)43 which a equations is the correct Setup fquation for both sides of the stoke's theorem? [05²³ cos (oldr lo = 1/2 + S0 = 4/5 sinco) dolu=3 + 50 -5 os (@drp=1 r =ñ (³ (2 Sin ($) + Sin (p)) r drdd SHER SEZO no (ii) (5²³ Cos (0) dr | 8 = 5/₂ + S6=24 r un cod plesti - scos cold | ot dr (1) Sa Sof (3 (25m (4) + rsin (1)) v drdy - (₁) S3 cos ($)dr|6=ñ/₂ + S0 = 5/₂ r² sim Cold@lr=3 + √²=3²0 (0) d² |__ √x=0 of the two equations are correct? which
Transcribed Image Text:A Vector field B = v cos (4) + frain (d) exists in the closed Contour region Show in the agram de 700, 3) 2 (-3,0)43 which a equations is the correct Setup fquation for both sides of the stoke's theorem? [05²³ cos (oldr lo = 1/2 + S0 = 4/5 sinco) dolu=3 + 50 -5 os (@drp=1 r =ñ (³ (2 Sin ($) + Sin (p)) r drdd SHER SEZO no (ii) (5²³ Cos (0) dr | 8 = 5/₂ + S6=24 r un cod plesti - scos cold | ot dr (1) Sa Sof (3 (25m (4) + rsin (1)) v drdy - (₁) S3 cos ($)dr|6=ñ/₂ + S0 = 5/₂ r² sim Cold@lr=3 + √²=3²0 (0) d² |__ √x=0 of the two equations are correct? which
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