00:01
Given that the birth size of the e.
00:01
Coli minus the diameter, which is equals to 1 micron or 10 raised to the bar of 6 meter.
00:14
And the length that we have is 2 micron or 2 times 10 raised to the bar of negative 6 meter.
00:28
And the water content is equals to 85 % of the 3%.
00:37
Total cell mass and the dry mass is equals to 15 % of cell mass and the protein content is equals to 50 % of the total dry mass cell and the doubling time is equals to 45 minutes or 2 ,700 seconds and the rate of amino acid addition is 20 amino acid per seconds per ribosomes.
01:22
And the average molecular weight of a free amino acid is equals to 126 grams per mole.
01:31
So the calculation that we will have is the volume of e.
01:37
Coli is equals to pi r squared, l, or pi times d over 2 times d over 2 times wavelength.
01:50
We have 3 .14 times 10 raised the power of negative 6 divided by 2 times 10, raise the power of negative 6, divided by 2 times 2 times 10, raised the power of negative 6.
02:06
This would be equal to 1 .57 times 10, raised to the power of negative 18 meter cube...