What is the difference between a forward and a power forward?
824114
power forward is more specific explanations of that player positions... power forward means the forward that help backup the center player..
913471
In a purely resistive circuit, the power factor (PF) is 1 and you *can't* adjust it.\n\nAnd, since this is the 3'rd time you've asked the question and gotten the same answer from one other person and myself, do you even know what 'Power Factor' *is*?\n\n\nDoug
735888
Power factor is 1 if the circuit is purely resistive. It only varies if you add some capacitance or inductance into the circuit.
905678
The company and a consensus of analysts have forecasted the earnings of the company out 12 months and divide it by the current price. Many people tend to use the Forward PE because it is a better indicator of where the company may go rather than where the company has been. \n\nFor example, a drug company may start selling a potential blockbuster drug next year. On this news the stock explodes, but since the company will not realized any profit until next year the current PE seems more expenses. Therefore we use the forward PE.
783911
Last year's loss carryforward is treated as if it were an additional loss incurred this year.  Therefore, the annual limitation is applied to the total available losses, current as well as carried forward.  The balance will be carried forward to 2007.
406214
The most obvious would be speed and processing power.  P4 has speeds of 1.4ghz to 3.6+ghz while P3 has speeds of 500mhz-1100mhz.  Some P4 also has hyper threading capabilities which gives it more processing power.
999811
No difference whatsoever. It's just two different names for the same thing.
32389
Except for the goalies, if you're on the ice for an equal strength goal, you get a plus, if it's a goal against, you get a minus.\n\nShort handed and power play goals don't figure into this stat.
809205
Sorry Michelle, but I think part of your question is missing.  If you'll post the last part of the question about the difference, I'll get back to you.  Thanks!
281924
First word of advice: consider using paranthesis to clarify which portion each term modifies.  I have absolutely no idea what power is being raised where.
339379
A power play in ice hockey and the NHL are the same thing. \n\nWhen one team has a player that takes a minor (2 minute), double minor (4 minutes), or major (5 minutes) penalty that team is forced to play "short-handed" for the duration of the penalty. The team that has the advantage in terms of number of players is said to be on the power play. \n\nThere are some rule changes and variations to how long a power play lasts that depend on the type of penalty taken. Generally though, a power play lasts for the duration of the penalty or until the team on the power play scores a goal, whichever comes first. In the case of 5 minute major, the team on the power play can score as many goals as they want during the 5 minute span that the opposition player is in the box. When a player has taken a doulbe minor, if the power play goal is scored during the first 2 minutes of the power play, whatever remains of the first penalty is taken off the board and the power play clock gets reset to 2 minutes for the second penalty. \n\nA power play can occur whenever one team has more skaters on the ice than the other. So you can have powerplays of the following combinations: \n\n5 on 4 (most common)\n5 on 3\n4 on 3\n\nIn NHL overtime games where both sides have only 4 skaters aside a 5 on 4 powerplay turns into a 4 on 3, and should the team on the penalty kill take another penalty instead of going 4 on 2, the team on the power play is allowed to skate a 5th skater during the duration of the penalty giving them a 5 on 3 advantage.
1147809
both are diff pls refer any Univ which will help u to know better
13028
The power factor of an AC electric power system is defined as the ratio of the real power to the apparent power.\n\nIn a purely resistive AC circuit, voltage and current waveforms are in step, changing polarity at the same instant in each cycle. Where reactive loads are present, such as capacitors or inductors, energy storage in the loads result in a time difference between the current and voltage waveforms. Since this stored energy returns to the source and is not available to do work at the load, a circuit with a low power factor will have higher currents to transfer a given quantity of power than a circuit with a high power factor.\n\nReal power is the capacity of the circuit for performing work in a particular time. Due to reactive elements of the load, the apparent power, which is the product of the voltage and current in the circuit, will be equal to or greater than the real power. The reactive power is a measure of the stored energy that is reflected to the source during each alternative current cycle.\n\nAC power flow has the three components: real power (P), measured in watts (W); apparent power (S), measured in volt-amperes (VA); and reactive power (Q), measured in reactive volt-amperes (VAr).\n\nThe power factor can be expressed as:\n\n. \nIn the case of a perfectly sinusoidal waveform, P, Q and S can be expressed as vectors that form a vector triangle such that:\n\n \n\nIf φ is the phase angle between the current and voltage, then the power factor is equal to , and:\n\n \nBy definition, the power factor is a dimensionless number between 0 and 1. When power factor is equal to 0, the energy flow is entirely reactive, and stored energy in the load returns to the source on each cycle. When the power factor is 1, all the energy supplied by the source is consumed by the load. Power factors are usually stated as "leading" or "lagging" to show the sign of the phase angle.\n\nThe power factor is determined by the type of loads connected to the power system. These can be\n\nResistive \nInductive \nCapacitive
673196
One is the diameter(size) of the prop ( 26"?)....the other is the pitch(16"?).... which means the the prop will theoretically ....travel forward 16" each revolution....\n\nthe lower the pitch.... the more pulling power you will have.....but a slower top speed......... \n\nthe higher the pitch..... less pulling power.... but a higher top speed....\n\nA general all around good pitch for a family boat is a 19" pitch.....\n\nBUT THE OVERALL PERFORMANCEOF THE BOAT..... DEPENDS ON THE HORSEPOWER AND THE SIZE/WEIGHT OF THE BOAT....AND OTHER FACTORS...
896613
PF is points for, how many points a team makes. PA is points against, how many points a team allowed.
349319
no. one is for amd processors and one is for Intel processors. different technology
324989
Well, while the P4 is technically faster, the AMD has always been better at 3d graphics (for reasons unknown, or rather, for reasons too closely guarded by AMD to be known). So in games, the AMD would be slightly faster, in other applications, the P4 would be slightly faster. Unless of course, you got your hands on a 64 bit version of xp, or vista, when it comes out. The AMD cpu, being a 64 bit processor, would be able to take better advantage of it than the P4... and that's where it starts getting complicated... but let's forget that. If it's games you want, go with the AMD, the edge is slight, but it's there. Take good care of it, though, AMDs put out a lot of heat, and like to burn themselves out. Invest in a good heatsink.