Question

An ideal transformer has 4500. turns in its primary (input) and 14500. turns in its secondary...

An ideal transformer has 4500. turns in its primary (input) and 14500. turns in its secondary (output). 10.0-V ac is connected to the primary (input).

a) What is the voltage on the secondary (output)?

b) What is the secondary (output) current if an 8.00-Ω resistor is connected to the secondary (output)?

c) What is the power supplied to the primary (input)?

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Answer #1

a)

Np = number of turns in primary= 4500

Ns = number of turns in secondary = 14500

Vp = primary Ac Voltage = 10 volts

Vs = secondary voltage

Using the equation

Vs /Vp = Ns /Np

Vs /10 = 14500/4500

Vs = 32.2 Volts

b)

Rs = resistance connected to secondary side = 8 ohm

is = current on secondary side

Using ohm's law

Vs = is Rs

32.2 = is (8)

is = 4.025 A

c)

ip = current in primary side

Using the equation

ip/is = Vs/Vp

ip/4.025 = 32.2/10

ip = 12.96 A

P = Power in primary side = ip Vp = 12.96 x 10 = 129.6 Watt

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