00:02
We have a tall person, so, you know, we're given that she happens to have a 172 centimeters.
00:19
So, you know, we have a person lying on a bench like this with the legs flat.
00:32
And on two sides, on the two sides of the bench, we have weights.
00:42
So, you know, these weights show the measurement.
00:47
So this one is recording, the left weight is recording 35 .1 kilograms.
00:58
And then the right weight is recording 31.
01:03
Six kilogram and those are the masses the bench is massless so this bench right here is massless and also the these are scales so you know this is this is a scale that measures the the weight the weight was assuming the weight of the head is pushing down and the weight of the legs is also pushing down.
01:34
And the distance between them, as we've said, is the height, which is 1 .72 meters.
01:42
If you change centimeters to meters, you have to multiply that by one meter of 100 centimeters, and that gives you 1 .72 meters.
01:56
And so we also have the center of gravity, we have the center of gravity and our goal in this project is to determine the distance between the center of gravity from the center of gravity up until her feet.
02:16
So we're going to call that x...