Write the function speeds_to_powers (wind_speeds, density, efficiency, length) that takes a list containing average wind speeds...

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Write the function speeds_to_powers (wind_speeds, density, efficiency, length) that takes a list containing average wind speeds and returns a list containing the turbine power for each speed reading, given the provided air density, efficiency, and blade length. Notes: • For now you can assume that the efficiency is the same no matter what the wind speed. • You will need to import math in the first line of your code so that swept_area can use it. • You must include and call the following functions (which must still work as defined earlier): o swept area o turbine_power • Feel free to submit all of your code so far. Functions that aren't used won't cause any issues (assuming they passed the style checks earlier). For example: Test Result wind speeds = [2, 5, 10, 8, 3, 2] 1202.6 powers speeds_to_powers (wind_speeds, 0.125, 1.225, 25) for power in powers: 18791.3 150330.1 print (f' {power: 10.1f}') 76969.0 4058.9 1202.6 wind speeds = [2, 5, 10, 8, 3, 2] 3394.3 powers = speeds_to_powers (wind_speeds, 0.125, 1.225, 42) 53036.5 for power in powers: 424291.7 print (f' {power: 10.1f}') 217237.4 11455.9 3394.3 Write the function speeds_to_powers (wind_speeds, density, efficiency, length) that takes a list containing average wind speeds and returns a list containing the turbine power for each speed reading, given the provided air density, efficiency, and blade length. Notes: • For now you can assume that the efficiency is the same no matter what the wind speed. • You will need to import math in the first line of your code so that swept_area can use it. • You must include and call the following functions (which must still work as defined earlier): o swept area o turbine_power • Feel free to submit all of your code so far. Functions that aren't used won't cause any issues (assuming they passed the style checks earlier). For example: Test Result wind speeds = [2, 5, 10, 8, 3, 2] 1202.6 powers speeds_to_powers (wind_speeds, 0.125, 1.225, 25) for power in powers: 18791.3 150330.1 print (f' {power: 10.1f}') 76969.0 4058.9 1202.6 wind speeds = [2, 5, 10, 8, 3, 2] 3394.3 powers = speeds_to_powers (wind_speeds, 0.125, 1.225, 42) 53036.5 for power in powers: 424291.7 print (f' {power: 10.1f}') 217237.4 11455.9 3394.3

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To implement the speedstopowers function we need to iterate over the list of wind speeds and calcula... View the full answer