Write a function print power outputs (dam records) that takes a list of (name, flow, head, efficiency) tuples for hydro-dams and prints the power output for each dam in the format shown below. The power output should be printed to 2 decimal places. The power output for a hyrdo-dam is calculate using the following formula: Power = 9.81 x flow x head x efficiency Where: • 9.81 is the gravitational constant in m/s2 • power is in Watts • flow is the rate of flow through the turbines, in m/s •head is the net effective head in metres (basically, the height/depth of the water in the dam) efficiency is the overall efficiency of the system as a value between 0 and 1 (e.g. 90% efficiency would be 0.9) For example: Result Test dams [('Dammy', 3, 10, 0.875), The Dammy dam has a power output of 257.51 Watts. The Damuel dam has a power output of 235.44 Watts. ('Damuel', 4, 8, 0.75), ('Damielle', 4, 8, 0.75)] The Damielle dam has a power output of 235.44 Watts. print power_outputs(dams)

Write a function print power outputs (dam records) that takes a list of (name, flow, head, efficiency) tuples for hydro-dams and prints the power output for each dam in the format shown below. The power output should be printed to 2 decimal places. The power output for a hyrdo-dam is calculate using the following formula: Power = 9.81 x flow x head x efficiency Where: • 9.81 is the gravitational constant in m/s2 • power is in Watts • flow is the rate of flow through the turbines, in m/s •head is the net effective head in metres (basically, the height/depth of the water in the dam) efficiency is the overall efficiency of the system as a value between 0 and 1 (e.g. 90% efficiency would be 0.9) For example: Result Test dams [('Dammy', 3, 10, 0.875), The Dammy dam has a power output of 257.51 Watts. The Damuel dam has a power output of 235.44 Watts. ('Damuel', 4, 8, 0.75), ('Damielle', 4, 8, 0.75)] The Damielle dam has a power output of 235.44 Watts. print power_outputs(dams)

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.1: Function And Parameter Declarations

Problem 10E

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