R is proportional to 1/4th power of transmitted power so answer is 2
2. Range ~ Power^(1/4). Radar Equation
1. Single-sideband transmission requires only half as much bandwidth as double sideband.2. SSBSC require less total transmitted power than full carrier AMIn full carrier AM, the transmitted signal consists of two sidebands (containing the transmitted information) and the carrier signal. Long ago, it was realized that both sidebands contained the same information, and the carrier signal could be supplied by the receiver. Thus, if you suppress transmitting the carrier and one sideband, you can use the available power to increase the power in the remaining sideband.
Your mother
Voltages in that range do not use insulation around the conductor. They are bare conductors and use air and separation from one another for the insulation factor.
When the distance between two conductors is more than that of the diameter and the potential difference is increased beyond the certain limit in such a way so that a glow ( seems like violet and shine ) is produced around the conductor and also noise is produced. This kind of effect called the Corona Effect in power systems. As the potential difference is increased, Corona Effect is also increased, and due to Corona Effect, Power loss in power system and disturbance in the nearer communication line is also increased.
Use a wattmeter, as it only reads 'real power' of your load. Use an ammeter and a voltmeter, and the product of the two readings will give you 'apparent power' of your load. Since apparent power is the vector sum of real power and reactive power, use the following equation to find the reactive power of your load: (reactive power)2 = (apparent power)2 - (real power)2
As FM is transmitted using VHF, the transmitting range is more a matter of Line of Sight than transmitter power as these frequencies only follow straight lines.
AC power can be transmitted more efficiently than DC.
wages increased faster than prices.
yes
egg laying
Wind power is a very efficient way to get power off of and more and more people are finding ways using this today than ever before. Wind power use has increased, however, many people in the cities are unable to use it because of city regulations and not enough wind due to tall buildings.
any no. between 0&1 when raised to some power will obviously decreased.
Yes, A poorly tuned engine will produce more emissions and less power than a well tuned engine.
Yes if the power source is dry cell or small batteries. Electrical waves can be transmitted in any conductor. Video cable has lower resistance than a regular electric cable and it can only tolerate a minimal source of electrical waves.
i header is much better than a manifold better it will give you increased air flow horse power and gas mileage
It depends on the caliber and the barrel length.Also, the "effective range" is not the same as how far a bullet will travel.A .22 can fly more than a mile, but it has no "stopping power" at that range.
Air rifles ranges vary depending on they're caliber, power, power plant and the pellet being used. It also depends on your application, The hunting range of an airgun is usually less than the target range. For a .177 caliber air rifle shooting at 1000 fps your maximum hunting range is probably about 40 yards. Your target range is probably about 100 yards max, since you don't need the power to take down the game at that range. For a .22 caliber air rifle shooting about 800- 1000 (with a 14.3 grain pellet) Your hunting range is more based on your gun's accuracy, than it is power. I would say the max is about 75 yards. Target could be about 130 yards or more. For a big bore, your range is usually about 100 yards or more depending on the game.