Ayesha Khalil Use these procedures to create a 50 microliter (μL) solution with manufactured solid nanoparticles: Determine how much mass your solid nanoparticles contain. Use the nanoparticles' density to convert mass to volume, and then combine with the suitable solvent to get a final volume of 50 μL.

The following equation is used to convert a mass into a volume.

Volume = mass / density

Here are some formulas

I hope this finds you helpful.

Ayesha Khalil

1. If you distribute solid nanoparticles in water (solvent), then this process is called preparing a dispersed system, not a solution.

2. To quantitatively prepare such a dispersed system, you had to write the amount of solid phase in it.

3. To prepare 50 microliters of a 5% dispersion of silver nanoparticles in water, you must weigh 5 micrograms of nanoparticles, place them in a microtube and add 45 microliters of water using a micropipette.

4.how to cover solid quantity into liquid(microliter)?

To do this, it is necessary to place solid nanoparticles in a measuring microtube, melt them and determine the volume.

To make a 50 microlitre solution from synthesized solid nanoparticles, the following steps can be helpful:

1. Determine the concentration of the nanoparticles you want to use in the solution.

2. Calculate the amount of nanoparticles needed by multiplying the concentration by the desired volume (50 microlitres).

3. Weigh out the calculated amount of nanoparticles using a microbalance.

4. Dissolve the nanoparticles in a suitable solvent to make a 50 microlitre solution.

PS. Handling the nanoparticles carefully and following appropriate safety protocols is important as they can be hazardous to health.

as pointed out by Yuri, a solution of particles is something which does not exists,

like a solid liquid

https://drive.google.com/file/d/1z7nM0U8vOJ2uKuoDGIZyf07WnWK8xOUo/view?usp=drive_link

Asefe Mousavi Moghadam

1. Calculate and weigh a certain number of nanoparticles, for example, it is possible if they have a constant diameter. In practice, this is not done, but the total mass of nanoparticles is used when preparing a disperse system. Typically, nanoparticles are distributed by size. See any nanoparticle size distribution in the articles.

2. It is impossible to count and weigh the calculated amount of nanoparticles. They are small and there is a huge amount of them even in 5 mg.

3. Again, like Ayesha Khalil , you prepare a solution from nanoparticles. This is not preparing a solution, but preparing a dispersed system.