A power plant needs to generate Po= 340MW of power for a city 10km away. The city power outlets need to operate at 120V.Part AOne idea might be to run the power lines at 120V so homes can directly tap into the power lines. What is the current needed to do this? (Hint: use P-IV).|VD ΑΣΦ?|=AmpsSubmit Request AnswerPart BThe power lines have a resistance of 0.2 0/km. What are the ohm-ic losses (L.e. the power dissipated via resistance) in the power lines to transport the energy from the power plant to the city if we use the current from1²Rpart (a)? (HINT: compute the total resistance of the power lines and then use PVG ΑΣΦ5 AWP=

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A power plant needs to generate Po= 340MW of power for a city 10km away. The city power outlets new ▼ Part A One idea might be to run the power lines at 120V so homes can directly tap into the power lines. Wh |VD ΑΣΦ ? Amps Request Answer Part B The power lines have a resistance of 0.2 0/km. What are the ohm-ic losses (L.e. the power dissipate part (a)? (HINT: compute the total resistance of the power lines and then use P= I²R) |VD ΑΣΦ → ? P= Y Submit W

A power plant needs to generate Po= 340MW of power for a city 10km away. The city power outlets new ▼ Part A One idea might be to run the power lines at 120V so homes can directly tap into the power lines. Wh |VD ΑΣΦ ? Amps Request Answer Part B The power lines have a resistance of 0.2 0/km. What are the ohm-ic losses (L.e. the power dissipate part (a)? (HINT: compute the total resistance of the power lines and then use P= I²R) |VD ΑΣΦ → ? P= Y Submit W