3.14 V of P likely refers to a voltage measurement of 3.14 volts across a component labeled "P." In electrical terms, this indicates the potential difference or electrical pressure driving current through that component. If "P" represents a specific device or point in a circuit, 3.14 V would be the voltage level at that location. Further context would be needed to provide more specific information about what "P" signifies.
There is no "you" in P = V x I
V = I x R V = voltage, I = Current, R = Resistance or it can be calculate like this V = P / I V = Voltage, P = Electric Power, I = Current
True
p v = n r t v = n r t / p
V=nRT/P
314
If: p = mv Then: v = p/m
in the equation p=m x v, the p represents
P=VI V=P/I I=P/V V=I*R I=V/R R=V/I P=1.743*V*I*PF for 3 phase full load
There is no "you" in P = V x I
v equals m divided by p
V. P. Oliver was born in 1985.
P. V. Cherian died in 1969.
P. V. Cherian was born in 1893.
P. V. Gangadharan was born in 1943.
P. V. Kurian died in 1993.
P. V. Kurian was born in 1921.