2. If a transformer has an input current of 843A, an output current of 350A, and has 400 primary windings, how many secondary windings does it contain? What type of transformer is this?

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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Question two please

Heading 1
M To Do
Heading 2
* Important
Alternating Current Electricity
Key Concepts:
• Alternating Current (AC)
• Inductance
• Circuit Components:
- Inductors
Capacitors
• Circuit Impedance, Z
Reinforcement:
1. If a alternating current is measured to have a frequency of 182 Hz and has an instantaneous current of 12.4 A
at t = 30.2 s, what is the peak current for the circuit?
2. If a transformer has an input current of 843A, an output current of 350A, and has 400 primary windings, how
many secondary windings does it contain? What type of transformer is this?
3. What is the impedance of an LR-circuit with an alternating current frequency of 60HZ, resistance of 60 N, and
an inductance of 0.16 Ss?
4. How much does the current lag the voltage (Phase angle) in an RC-circuit containing components with a
resistance of 21 2 and a capacitance of 45 µF with f = 320H z?
Transcribed Image Text:Heading 1 M To Do Heading 2 * Important Alternating Current Electricity Key Concepts: • Alternating Current (AC) • Inductance • Circuit Components: - Inductors Capacitors • Circuit Impedance, Z Reinforcement: 1. If a alternating current is measured to have a frequency of 182 Hz and has an instantaneous current of 12.4 A at t = 30.2 s, what is the peak current for the circuit? 2. If a transformer has an input current of 843A, an output current of 350A, and has 400 primary windings, how many secondary windings does it contain? What type of transformer is this? 3. What is the impedance of an LR-circuit with an alternating current frequency of 60HZ, resistance of 60 N, and an inductance of 0.16 Ss? 4. How much does the current lag the voltage (Phase angle) in an RC-circuit containing components with a resistance of 21 2 and a capacitance of 45 µF with f = 320H z?
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