Let's call the unknown Z. So the new question is, "If V is the average of X, Y, and Z, then what is Z in terms of V, X, and Y?" This question can now be answered:
V=(X+Y+Z)/3
X+Y+Z=3V
Z=3V-X-Y
That depends what the value of v is.
That depends what the value of v is.
It is an equation and the value of v is 5.16
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It is an equation and the value of v is -8
You can measure an unknown resistance by using a multimeter set to the resistance measurement function. Connect the unknown resistance in series with the multimeter and apply a known voltage across them. The multimeter will display the resistance value based on the voltage and current readings.
Is v a variable? This isn't an equation. For there to be a value for v, there needs to be an equals sign somewhere.
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If: 4v+7/15 = 6v+2/10 Then: v = 2/15 Check by substituting the value of v into the equation: 1 = 1
-v + 5 + 6v = 1 + 5v + 3Clean up and combine each side:(-v + 6v) + 5 = (1 + 3) + 5v5v + 5 = 4 + 5vSubtract 5v from each side:5 = 4.There is no solution.No value of 'v' can make [ 5 = 4 ].
The amplitude (or peak value) of a 220 V AC voltage is approximately 311 V, calculated using the formula ( V_{peak} = V_{rms} \times \sqrt{2} ). The middle value, or average value, of a pure sine wave AC voltage is ( V_{average} = \frac{V_{peak}}{\pi} ), which is about 99.73 V. The effective (or root mean square) value is given as 220 V, which represents the equivalent DC value that would deliver the same power to a load.
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