"Resistance 3" is rated M for Mature by the Entertainment Software Rating Board (ESRB). This rating indicates that the game is suitable for players aged 17 and older due to its intense violence, blood and gore, sexual content, and strong language. The game features a post-apocalyptic setting with combat against alien creatures, emphasizing survival and action elements.
Equation for Equivalent Resistance in Series isReq= R1+R2+R3+...........If each resistor is equal to 3OhmsthenReq= R1+R2+R3Req=3+3+3Req=9 OhmsThe Equivalent resistance is 9 Ohms.
Where V=stands for voltage, I=stands for current and R=stands for resistance. voltage=current multiplied by resistance so, by transposition, resistance=voltage divided by current. or R=V/I, R=9/3 The resistance is 3 ohms.as by ohm's law, v=irr = v/itherefore the resistance is 9/3=3 ohms
It is dc resistance, use to measure the rated current at primary and secondary side
Armature resistance is measured at rated current to ensure that the resistance reflects the operational conditions under which the machine will typically run. This measurement accounts for factors such as temperature, which can affect resistance values, ensuring accuracy in performance predictions. Additionally, testing at rated current helps identify any potential issues that may arise during normal operation, such as overheating or inefficiencies. Overall, this approach provides a more realistic and reliable assessment of the armature's performance in practical applications.
Yes, speeds above the rated speed can be achieved using the armature resistance control method in DC motors. By increasing the armature resistance, the voltage drop across the resistance can be manipulated, allowing for higher speeds. However, this approach is limited and can lead to inefficiencies, overheating, and reduced torque at higher speeds. Therefore, while it is possible, it is generally not the most efficient or practical method for achieving high speeds.
Resistance - 2008 is rated/received certificates of: Australia:G
No, Hale does not appear in resistance 3 because that hale dies in the 2nd resistance after the final level. Resistance 3 will take control of Joseph capelli instead.
A lamp has two resistances: a 'hot' resistance (its operating resistance) and its 'cold' resistance (its resistance when switched off), and the hot resistance is significantly higher than its cold resistance.You can calculate its 'hot' resistance from its rated power and its rated voltage (assuming that it is being supplied at its rated voltage), by manipulating the following equation, to make Rthe subject: P= V2/RYou will, though, have to measure its cold resistance.
LG15 The Resistance - 2008 is rated/received certificates of: USA:TV-14
Earth the Resistance - 2014 is rated/received certificates of: UK:15
Equation of Equivalent Resistance in Parallel is 1/Equivalent Resistance = 1/Resistance 1+ 1/Resistance 2 +1/Resistance 3If the resistance of the resistor is 3 Ohms then1/Req= 1/3 + 1/3 = 1/31/Req= 3/3Then cross multiply so3Req = 3Then isolate variable for Req (divide both sides by 3)answer1 Req= 3/3=1 OhmEquivalent Resistance is 1 Ohm
Noise and Resistance - 2011 is rated/received certificates of: Germany:12 (f)
Resistance 3 is scheduled to be released on the 6th of September, 2011.
Resistance 3 is scheduled to be released on the 6th of September, 2011.
hello, i am actiually part of the PS3 team working on resistance and what i can tell you is that, yes we are currently starting work on a resistance 3.
The two most important ratings for an electrical heater are its rated power and its rated voltage, and these will be printed on a 'nameplate' fixed somewhere on the heater (e.g. '3 kW at 230 V').For the heater to operate at its rated power, it must be subject to its rated voltage. In the above example, the heater will only operate at 3 kW if it is supplied with 230 V.If you know the heater's power (P) and its voltage (U), then you can calculate the rated current (I) it will draw from the supply, using the equation: I = P/U.You can also determine its resistance (R), using the equation R = U2/P.
Resistors are rated in ohms for their resistance value and in watts for the power they are capable of handling. They are not rated in volts or current.