2. The voltage V Gn volts) a ross any element in a AC circuit is calculated as a product of the current ! and the impedance Z (in ohm. ): V = IZ. a) Find the voltage in a circuit with a current I = 3 – 2i Z =5+ 5i ohms amperes and an impedance of 7,Z. In an AC circuit, the total im pedance (in ohms) is given by Z, + Z., Z represents the total impedance of a circuit that has Z1 and a wired in parallel. b) Find the total imped. nce if Z, = 3 - i and Z, = 3 – 2i. %3D

Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter12: Multiplication Of Decimal Fractions
Section: Chapter Questions
Problem 14A: The length, L, of the point on any standard 82° included angle drill can be calculated using the...
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and
2. The voltage V (in volts) a ross any element in a AC circuit is calculated as a product of the current
the impedance Z (in ohm. ): V = IZ.
a) Find the voltage in a circuit with a current ! = 3 - 21 amperes and an impedance of
Z = 5 + si ohms
Z,Z,
%3D
Z, + 2., Z represents the total impedance
an AC circuit, the total im pedance (in ohms) is given by
of a circuit that has Z1 and , wired in parallel.
b) Find the total imped. nce if Z, = 3 – i ad Z, = 3 – 2i
%3D
%3D
Transcribed Image Text:and 2. The voltage V (in volts) a ross any element in a AC circuit is calculated as a product of the current the impedance Z (in ohm. ): V = IZ. a) Find the voltage in a circuit with a current ! = 3 - 21 amperes and an impedance of Z = 5 + si ohms Z,Z, %3D Z, + 2., Z represents the total impedance an AC circuit, the total im pedance (in ohms) is given by of a circuit that has Z1 and , wired in parallel. b) Find the total imped. nce if Z, = 3 – i ad Z, = 3 – 2i %3D %3D
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