00:01
Once again, welcome to new problem.
00:05
This time we're dealing with systems providers.
00:11
So we have a network of systems providers.
00:16
We have a network of systems providers.
00:22
And in this particular network, there is a bidding for the job, bidding for the job of providing and installing, so of providing and installing a system for a new government office building, so a new government office building.
01:02
So we have three bids.
01:06
We have three bids in this particular problem.
01:11
And so the bids, we have the low one, the low bid, which is $500 ,000.
01:19
We have the median, which is equivalent to $600 ,000.
01:31
$600 ,000.
01:34
And then we also have the high one, which is $700 ,000.
01:43
And so the job cost, or the cost of the job, is $450 ,000 regardless of the bid.
01:57
So that's the job cost.
01:59
So for a $500 ,000 contract, the profit, the profit becomes the total amount that you put in for the contract, minus the job cost, which is $450 ,000.
02:27
And this gives you $50 ,000.
02:31
And if you have a bid of $600 ,000, then your profit is going to be the same as $500 ,000, or rather $600 ,000 minus $450 ,000 and you get a profit of $150 ,000.
02:54
So that's the profit that you end up having.
03:00
And if you don't win a contract, the profit is going to be the same as zero dollars.
03:11
So you have two competitors, you have two competitors and they both submit a bid.
03:23
And the bid that they submit, they either submit the $500 ,000, $600 ,000 and $700 ,000.
03:40
So these are the numbers that they end up submitting.
03:45
So that's the bid that they submit, $700 ,000.
03:50
And then the probability of winning the bid, is the same as one of the three for each one.
04:00
The contract award goes to the lowest bid...