0:00
Alrighty.
00:01
So to kind of work this linear problem, it's probably easier if we use this inside of an excel type of file.
00:08
So let's first start off by putting down some information, kind of like building up this excel file.
00:16
So give me a second to put that together.
00:19
So we're going to have time of day.
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Men, number of officers on duty.
00:36
So we have the time of day, we have 8 a .m.
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To noon.
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We had noon to 4, then 4 to 8, then 8 to midnight, midnight to 4, or 4 a .m.
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In this case.
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4 a .m.
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To 8 a .m.
01:14
So then we're also going to have a few other sections.
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We're going to have like starting time.
01:24
So we're going to have multiple starting times.
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We have 8 a .m.
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Noon, 4 p .m., 8 p .m., midnight, then 4 a .m.
01:45
Then we're going to need total number of officers.
01:59
The total number of officers, awesome.
02:02
On the number of officers starting.
02:12
So we're going to have each one of these is going to be equivalent to zero for now at least.
02:23
And then we're going to have this to be the sum of a b -11 through b -16.
02:31
So then we're going to have a copy the time of day column.
02:40
And then we're going to have the number of officers on hand.
02:52
So how these are going to work.
02:53
Work out is we know that the officers starting, so every officer has worked at our shift.
02:59
So we know that the one that started in a previous grouping of four hours is gonna work the next four hours, right? so like for example, we'll have the officers of this here.
03:17
And if we're gonna, those will be, those will have officers starting there, plus the officers that are working from the, they started work at the 4 a .m...