From the diagram, the primary voltage is Vp = 2.10 V and the secondary voltage is Vs = 41.2 V Based on the given voltmeter readings, the number of turns and current through the primary and secondary coil can be found. The relationship is given below N subscript s over N subscript p equals V subscript s over V subscript p equals I subscript p over I subscript . How do they know which voltmeter measures primary voltage and which one measures secondary voltage?
From the diagram, the primary voltage is Vp = 2.10 V and the secondary voltage is Vs = 41.2 V Based on the given voltmeter readings, the number of turns and current through the primary and secondary coil can be found. The relationship is given below N subscript s over N subscript p equals V subscript s over V subscript p equals I subscript p over I subscript . How do they know which voltmeter measures primary voltage and which one measures secondary voltage?
Related questions
Question
From the diagram, the primary voltage is Vp = 2.10 V
and the secondary voltage is Vs = 41.2 V
Based on the given voltmeter readings, the number of turns and current through the primary and secondary coil can be found. The relationship is given below N subscript s over N subscript p equals V subscript s over V subscript p equals I subscript p over I subscript .
How do they know which voltmeter measures primary voltage and which one measures secondary voltage?
Transcribed Image Text:LOCKMASTER POWER UNIT
SAL KURm
de
FYYS
UNILAB
52
Science Passasin
2.10
AB
HOLD
3180
9
Ⓒ-
SA
FORTS
COM
AST
ARIA
Vi
TL Det
Temp
41.2
DIGITAL MULTIMETER Auto Po
ADM
LOFF
HOLD
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps
