The relationship between voltage, [tex]$E$[/tex], current, [tex]$l$[/tex], and resistance, [tex]$Z$[/tex], is given by the equation [tex]$E=I Z$[/tex]. If a circuit has a current [tex]$I=3+2 i$[/tex] and a resistance [tex]$Z=2-i$[/tex], what is the voltage of the circuit?

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Anonymous · Answer

The probability that a triangle with angles that are multiples of 30° has at least two congruent angles is 1/2. This is derived from the total combinations of angles possible for a triangle, showcasing the combinations with at least two angles being equal. Out of 12 possible configurations, 6 meet the criteria, leading to this probability. 
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The relationship between voltage, [tex]$E$[/tex], current, [tex]$l$[/tex], and resistance, [tex]$Z$[/tex], is given by the equation [tex]$E=I Z$[/tex]. If a circuit has a current [tex]$I=3+2 i$[/tex] and a resistance [tex]$Z=2-i$[/tex], what is the voltage of the circuit?

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