T 6 0 ? |Dinitial | = 8.636 . 10-9 Wb Submit Previous Answers X Incorrect; Try Again; 2 attempts remaining Part B What is the magnitude of the magnetic flux final through the coil after it is rotated? Express your answer numerically, in webers, to at least three significant figures. View Available Hint(s) final | = 0 Wb Submit Previous An Correct Part C What is the magnitude of the average emf induced in the coil? Express your answer numerically, in volts, to at least three significant figures. View Available Hint(s) IVO average induced emf = 3.004 . 10-5 Submit Previous Answers HA + 0 6 ? B = 1.48946 . 10- T Submit Previous Answers Request Answer X Incorrect; Try Again; 3 attempts remaininga chapter 28 Hom- 9 According to Bio savart. law magnetic field due to a current carrying element p 2 Mondexy 4 5 1 12 unit vocto along. x- direction () de z infinitesimal lenght of conductor s unit vector along 4 - directed carrying electric current I direction K=unit-vectr alog 2-directim y z distance of point at which we goona calculate magnetic field Wol z pecrome abillity free space = 4 RXIV - 7 I 2 Current 2 5:80 A 17 2 0.500 *axiom ;2 0500*10- 3m - (0. 730 m ) i + ( 0.390 m ) k 181 2 magnitude of 8 2 ~( 0 . 7 30 ) + ( 0 . 390 ) 2 2 0: 827 m Magnetic field at P produced by this current element 1713 Crossproduct - 2 10 - 7 x 5.50 * (0.5 #* =3 7-x(0. 365 hit 2195 ] ) dexy 0 . 565 = 0.500 j x (- 0. 7301 + 0. 390 k ) 2 3. 23 x 10- + K+ 1.72521 - - 8. 365 (jxi ) X 10-7 7 2 3. 23 x 10 - 7T (K ) + 1 725 x15 7 1 + 0-195 1XV 2 -0- 365 {-k ) + 0- 195 19 7 0. 365 k + 0.195 7\f