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Power, and apparent power for a purely resistive load.Reactive Load OnlyTrue power, reactive power, and apparent power for a purely reactive load.Resistive/Reactive LoadTrue power, reactive power, and apparent power for a resistive/reactive load.The Power TriangleThese three types of power—true, reactive, and apparent—relate to one another in trigonometric form. We call this the power triangle: (Figure below).Power triangle relating apparent power to true power and reactive power. Using the laws of trigonometry, we can solve for the length of any side (amount of any type of power), given the lengths of the other two sides, or the length of one side and an angle.REVIEW: The power dissipated by a load is referred to as true power. True power is symbolized by the letter P and is measured in the unit of Watts (W). Power merely absorbed and returned in load due to its reactive properties is referred to as reactive power. Reactive power is symbolized by the letter Q and is measured in the unit of Volt-Amps-Reactive (VAR). Total power in an AC circuit, both dissipated and absorbed/returned is referred to as apparent power. Apparent power is symbolized by the letter S and is measured in the unit of Volt-Amps (VA). These three types of power are trigonometrically related to one another. In a right triangle, P = adjacent length, Q = opposite length, and S = hypotenuse length. The opposite angle is equal to the circuit’s impedance (Z) phase angle.RELATED WORKSHEET: AC Power Worksheet

Perks — now known as Proficiencies — make a return, with some of these augmentations affecting movement and firing techniques. For example, the Lightweight Perk allows for increased speed, including with Tactical Sprinting, while the Weapon Perk Gung-Ho, which is active when using a weapon with it “attached,” allows for an Operator to fire this weapon while sprinting.Then there are Field Upgrades — yes, Dead Silence will return, and its active time will be extended through earning kills. Everything You Need to Know — Sights, Sounds, and Feel of WarAlthough it will be tough to stop and admire the art direction during the heat of battle, especially when the environment is being ripped into fragments, Vanguard will leave you fully immersed in World War II through a contemporary lens.Built on the engine that powered Modern Warfare, Vanguard’s visuals are developed in part using photogrammetry, yet based in a “neo epic” style. Its tone is also a departure from the traditional WWII fare: while remaining reverent to the background and time period, Sledgehammer Games is treating Multiplayer as an expression of celebration toward heroism — even through antiheroes, but not villains — on a truly global scale.Photorealism and Reactive EnvironmentsThose reactive environments have life to them in the four main theaters of war thanks to new lighting techniques and photorealism. Two of the maps shown during the livestream were Hotel Royal and Eagle’s Nest, which offer a solid representation of what to expect with visuals and give a rough idea regarding the sizing of Multiplayer arenas and level of tactical destruction.Both of these maps, in addition to Red Star and Gavutu, will be available during Vanguard’s Beta, with Eagle’s Nest to make its landing during the second week.There will be maps coming to the full game that are love letters to

Reactive PowerWe know that reactive loads such as inductors and capacitors dissipate zero power, yet the fact that they drop voltage and draw current gives the deceptive impression that they actually do dissipate power.This “phantom power” is called reactive power, and it is measured in a unit called Volt-Amps-Reactive (VAR), rather than watts.The mathematical symbol for reactive power is (unfortunately) the capital letter Q.True PowerThe actual amount of power being used, or dissipated, in a circuit is called true power, and it is measured in watts (symbolized by the capital letter P, as always).Apparent PowerThe combination of reactive power and true power is called apparent power, and it is the product of a circuit’s voltage and current, without reference to phase angle.Apparent power is measured in the unit of Volt-Amps (VA) and is symbolized by the capital letter S.Calculating for Reactive, True, or Apparent PowerAs a rule, true power is a function of a circuit’s dissipative elements, usually resistances (R). Reactive power is a function of a circuit’s reactance (X).Apparent power is a function of a circuit’s total impedance (Z). Since we’re dealing with scalar quantities for power calculation, any complex starting quantities such as voltage, current, and impedance must be represented by their polar magnitudes, not by real or imaginary rectangular components.For instance, if I’m calculating true power from current and resistance, I must use the polar magnitude for current, and not merely the “real” or “imaginary” portion of the current.If I’m calculating apparent power from voltage and impedance, both of these formerly complex quantities must be reduced to their polar magnitudes for the scalar arithmetic.Equations Using Scalar QuantitiesThere are several power equations relating the three types of power to resistance, reactance, and impedance (all using scalar quantities):Please note that there are two equations each for the calculation of true and reactive power.There are three equations available for the calculation of apparent power, P=IE being useful only for that purpose.Examine the following circuits and see how these three types of power interrelate for: a purely resistive load, a purely reactive load, and a resistive/reactive load.Resistive Load OnlyTrue power, reactive