SomeDamComplexConditionals.js

The people at the Hoover Dam have called you back, and would like a program that shows what happens when only the even numbered turbines are turned on. And they want it all in just one for loop.

With a set of complex conditional statements inside the loop, construct a way to only turn on even numbered turbines. Remember our power output situation:

Generators 1 through 4 produce 62 MW.
Generators 5 through 19 produce 124 MW.
The output should follow this format:

Generator #1 is off.
Generator #2 is on, adding 62 MW, for a total of 62 MW!
We’ve given you some starting variables to use in your build. Within your loop, consider the possible scenarios when building your conditions:

The Generator provides 62 MW of power.
The Generator provides 124 MW of power.
The Generator is off.

var totalGen = 19;
var totalMW = 0;

for (var currentGen = 1; currentGen <= totalGen; currentGen ++) {
  
  if (currentGen % 2 === 0 && currentGen <= 4) {
    totalMW += 62;
    console.log("Generator #"+currentGen+" is on, adding 62 MW, for a total of " +totalMW+ " MW!");
  }
  else {
    if (currentGen % 2 === 0 && currentGen > 4) {
      totalMW += 124;
      console.log("Generator #"+currentGen+" is on, adding 124 MW, for a total of "+totalMW+" MW!");
    }
    else {
      console.log("Generator #"+currentGen+" is off.");
    }
}
}
``
//Generator #1 is off.
//Generator #2 is on, adding 62 MW, for a total of 62 MW!
//Generator #3 is off.
//Generator #4 is on, adding 62 MW, for a total of 124 MW!
//Generator #5 is off.
//Generator #6 is on, adding 124 MW, for a total of 248 MW!
//Generator #7 is off. etc...

SomeDamComplexConditionals.MD

The people at the Hoover Dam have called you back, and would like a program that shows what happens when only the even numbered turbines are turned on. And they want it all in just one for loop.

With a set of complex conditional statements inside the loop, construct a way to only turn on even numbered turbines. Remember our power output situation:

Generators 1 through 4 produce 62 MW. Generators 5 through 19 produce 124 MW. The output should follow this format:

Generator #1 is off. Generator #2 is on, adding 62 MW, for a total of 62 MW! We’ve given you some starting variables to use in your build. Within your loop, consider the possible scenarios when building your conditions:

The Generator provides 62 MW of power. The Generator provides 124 MW of power. The Generator is off.

var totalGen = 19;
var totalMW = 0;

for (var currentGen = 1; currentGen <= totalGen; currentGen ++) {
  
  if (currentGen % 2 === 0 && currentGen <= 4) {
    totalMW += 62;
    console.log("Generator #"+currentGen+" is on, adding 62 MW, for a total of " +totalMW+ " MW!");
  }
  else {
    if (currentGen % 2 === 0 && currentGen > 4) {
      totalMW += 124;
      console.log("Generator #"+currentGen+" is on, adding 124 MW, for a total of "+totalMW+" MW!");
    }
    else {
      console.log("Generator #"+currentGen+" is off.");
    }
}
}
//Generator #1 is off.
Generator #2 is on, adding 62 MW, for a total of 62 MW!
Generator #3 is off.
Generator #4 is on, adding 62 MW, for a total of 124 MW!
Generator #5 is off.
Generator #6 is on, adding 124 MW, for a total of 248 MW!
Generator #7 is off.
Generator #8 is on, adding 124 MW, for a total of 372 MW!
Generator #9 is off.
Generator #10 is on, adding 124 MW, for a total of 496 MW!
Generator #11 is off.
Generator #12 is on, adding 124 MW, for a total of 620 MW!
Generator #13 is off.
Generator #14 is on, adding 124 MW, for a total of 744 MW!
Generator #15 is off.
Generator #16 is on, adding 124 MW, for a total of 868 MW!
Generator #17 is off.
Generator #18 is on, adding 124 MW, for a total of 992 MW!
Generator #19 is off.