# How many mol are in a pmol?

## How many mol are in a pmol?

How many Moles are in a Picomole? The answer is one Picomole is equal to 1e-12 Moles.

## How do you convert nanograms to Picomole?

One pmol basepairs has a mass of 660 pg (=0.66 ng). You can easily convert from ng/μl to nM: (concenration in ng/ul) / (660 g/mol X average library size in bp) * 106 = concentration in nM.

How do you convert pmol L to ng ml?

Given here unit conversion formula to convert the given values of Pmol/L to Ng/Ml. pmol/L to ng/ML conversion formula is derived as n = p / 2.247 where, n = ng/mL, p = pmol/L. Ng/ml stands for nanograms per milliliter whereas Pmol/L stands for Picomoles per Liter.

How many picomoles in 1 mole?

The answer is 1.0E-12. We assume you are converting between mole and picomole. The SI base unit for amount of substance is the mole. 1 mole is equal to 1000000000000 picomole. Note that rounding errors may occur, so always check the results. Use this page to learn how to convert between moles and picomoles.

### How to use a mole fraction calculator?

The procedure to use the mole fraction calculator is as follows: Step 1: Enter the moles of solute, solvent and x for the unknown in the respective input field Step 3: Finally, the mole fraction of the chemical component will be displayed in the output field What is Meant by Mole Fraction?

### What is the sum of mole fractions of all components in solution?

The sum of mole fractions of all components in the solution is always equal to 1. Mole Fraction = (Moles of the Solute) / (Mole of the Solute + Moles of the solvent) = (Moles of the solute) / (Moles of the solution) Question: A Solution contains 30% by mass in carbon tet.

What is the difference between molar mass and mole fraction?

Molar mass is defined ad the division of number of moles of the solute by number of moles of the solution. Number of moles of the solution is the sum of moles of solute and solvent. Perform the division operation to get the mole fraction value. Mole fraction is a measure of concentration of a chemical solution.