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Refer to Figure 29 and solve for IR3 using the alternate version of the current divider formula. IT = 42.28 MA V1 -18V R1
Refer to Figure 29 and solve for IR3 using the alternate version of the current divider formula. IT = 42.28 MA V1 -18V R1 1.3kQ R2 >1.6kQ R3 2kQ Figure 29 Alternate current divider problem R4 2.2kQ N Refer to Figure 29 and solve for IR1 using the alternate version of the current divider formula. Refer to Figure 29 and solve for IR2 using the alternate version of the current divider formula. Refer to Figure 29 and solve for IR4 using the alternate version of the current divider formula.
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Statistics For Business And Economics
Authors: James T. McClave, P. George Benson, Terry Sincich
13th Edition
134506596, 978-0134506593
