cp-cv =R proved that//
The equation is referring to: * H = Heat in Watts * I = Current in Amperes, (therefore I2 = Current squared) * R = Resistance in Ohms * T= Time in Seconds or .....The amount of heat in a conductor would be: Current (Squared) x Resistance x Time
Depends on the voltage. R equals V2/P . Or the current: R equals P/I2 .
a=(v^2)/r or a=r(angular velocity)^2
Use the equation, V= IR from Ohm's Law V is the voltage, I is the current, and R is the resistance in ohms So then, solve the equation for I (the current) and you get I=V/R. Then just plug in the values... I= 12/3, which equals 4 A. (For current, it is measured in amperes, or just "A" as the unit.)
Coulombic Force = [(-e)(Ze)]/r^2 = -Ze^2/r^2
It is a linear equation in one variable r. The solution to the equation is r = 1.
25
r=0 is the solution...
It is an equation in the variable r.
100 r = 99.52Divide each side of the equation by 100 :r = 99.52/100 = 0.9952
It is an equation and the value of r is 66
25
p+c=r.
r = 25
r = 4
r + 14 = 39 r = 25
If v = r * h then> r = v / h