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I=P/E ExI=P P/I=E
You have to use the quadratic formula: p=(6±√(36+72))/2 p=(6±√108)/2 p=3±3√3
You use a combination of Ohm's law ( V = I * R ) and the power formula ( P = V * I ).Substituting you get: P = ( I * R ) * I = I**2 * RDividing both sides by R you get: P / R = I**2 * R / R = I**2Taking the square root of both sides you get: SQRT( P / R) = ISwapping sides of the equals sign you get: I = SQRT( P / R )Thus the maximum current can be found using the equation I = SQRT( P / R ).
Density is measured by mass per volume and the expressed formula is P=M/V where P represents Density, M represents Mass and V represents Volume. Specific density is a measurement of density relative to another substance and the expressed formula is Substance=P substance/ P reference. An example of specific density is measuring salt in ocean water and comparing it to salt in fresh water.
N-P = 0. Note here that N is the set of Natural numbers, P is the set of positive integers, and - is the set operation that in the above statement implies N and P are the same, with the exception that 0 is an element of N but not of P.
The formula AF(p -> Xp) is such a formula. It's simple to see that the formula is a LTL formula and judging by its syntax, it's not a CTL formula. The proof that there is no equivalent CTL formula is a bit more complicated.
The formula P = I^2R relates power (P), current (I), and resistance (R), indicating the power dissipated in a resistor. On the other hand, the formula P = V^2/R relates power (P), voltage (V), and resistance (R), representing the power dissipated across a resistor. The former formula deals with power in terms of current, while the latter formula expresses power in terms of voltage.
P= M/No
P(a or b)= p(a)+p(b) - p(a and b)
p
P4
Formula: P(L)
<p>Sample sugar<p>
Profit
1.What is the formula for a proportionp = n / f2. p = (f / 100) * n3. p = f / n4. p = (f / n) * 100
V2/r=p i2r=p vi=p
P1-e is an expression, not a formula.