You can measure bacteria in nano grams as only 1,000,000,000 nano grams are in 1 gram ,so that you might not even be able to see the object what you weighing in nano gram.
1 international unit (IU) is not equivalent to a specific number of nanograms because IU measures biological activity, while nanograms measure weight. The conversion factor varies depending on the substance being measured.
The conversion from International Units (IU) to nanograms (ng) depends on the substance being measured, as IU is a measure of biological activity, not mass. For example, 1000 IU of vitamin D is approximately equal to 25 micrograms, which is 25,000 nanograms. Therefore, to convert IU to nanograms, you need to know the specific substance's conversion factor.
There are 1000 nanograms in a microgram. Here, you have to multiply by 1000. 3*1000 is 3000 nanograms.
Yes, nanograms can be measured in real life using sensitive analytical techniques such as mass spectrometry or high-performance liquid chromatography. Nanograms are a very small unit of mass, equivalent to one billionth of a gram, so specialized equipment and methods are needed to accurately measure such tiny amounts.
1 gm = 109 nanograms 1 kg = 1000 gm = 1012 nanograms 8 kgs = 8 x 1012 nanograms
There are 1000 nanograms in a microgram. You have to multiply micro by 1000 to convert to nanograms. 10*1000 is 10,000 nanograms.
There are 1000000 nanograms in a milligram. Therefore there are 0.000108 milligrams in 108 nanograms.
There are 1000000 nanograms in a milligram. Therefore 2533 nanograms is 0.002533 milligrams.
There are 1000000 nanograms in a milligram. Therefore 1000 nanograms is 0.001 milligrams.
There are 1000000 nanograms in a milligram. Therefore 25 milligrams will be 25,000,000 nanograms.
There are 1000000 nanograms in a milligram. Therefore 4 nanograms is 0.000004 milligrams.
3000 Nanograms