Ampere's LawFour current carrying wirespierce though the path (with displacementvectors drawn) in the illustration. Supposethat$current I (in Amps)? Figure [13.7]——B. ds = 0. If current l₁=Type your responsedšdsIܐ'I₁d'sx 4Ax 2Adš3.9A, what is Path Integral The imaginary triangle loop infigure 13.4 is now subjected to a downwardmagnetic field of strength B=7T as in theillustration. What is the value of the pathintegral, f Bds (in Tm), given theintegration direction?Type your responsey(m)(3,4)90°-0 d5₂ds3d5 (30)Bx (m)

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Ampere's Law Four current carrying wires pierce though the path (with displacement vectors drawn) in the illustration. Suppose fë B. ds = 0. If current I₁ = 3.9A, what is current I (in Amps)? Figure [13.7] that