Please don't copy and paste from CHATGPT

$1.$ A condensing steam turbine exhausting at $1\mathrm{.}5$ psia uses steam at $1400$ psia and $1000$ F to produce $100$ MW of electricity at an efficiency of $80\%.$ For ambient conditions of $95$ F and $60\%$ relative humidity what is the wet bulb temperature, and what would you recommend the cooling water supply and return temperatures be for the steam turbine condenser?$$

$2.$ For the condenser in Problem $1,$ what is the cooling water flow rate?$$

$3.$ For the cooling water flow in Problem $2,$ what would the required cooling water pump brake horsepower be if the discharge pressure is $90$ psia $($assume a pump efficiency of $70\%)?$

$4.$ How much air would be required in a wet mechanical draft counterflow cooling tower with a pressure drop of $0\mathrm{.}6$ inches of water to cool the water from Problem $2?$

$5.$ For the air flow and pressure drop in Problem $4,$ what would the cooling tower fan brake horsepower be$?$

$6.$ How many cooling tower cells do you think this would require?

$7.$ How much makeup water would you need for this cooling tower if the cycles of concentration is $5?$