This little embeddable, interactive app uses *n*th order polynomials to approximate a few curves to demonstrate the Taylor Series.

**Citing this post**: **Urbano**, L., 2017. Demonstrating Taylor Series Approximations with Graphs, Retrieved December 11th, 2017, from *Montessori Muddle*: http://MontessoriMuddle.org/ .

**Attribution (Curator's Code )**: Via: ᔥ Montessori Muddle; Hat tip: ↬ Montessori Muddle.

Posted in Calculus, MathematicsNo Comments » - Tags: calculus, embedable apps, embeddable graphs, graphing

Calculate the molar mass of a molecule:

The notation for the chemical formula is a little funky: you put the element symbol and then the number of atoms separated by a colon; each element/number of atoms pair are separated by commas, so sodium chloride (NaCl) would be “Na:1,Cl:1“.

This will have to do until I can write something to parse the regular chemical formula notation.

On the plus side, you can link to a specific molecular mass calculation by adding the formula to the url. So magnesium chloride (MgCl_{2}) can be found with this url:

http://soriki.com/js/chem/chem_db/molecular_mass.html?formula=Mg:1,Cl:2

**Citing this post**: **Urbano**, L., 2014. Molar Mass of Molecules, Retrieved December 11th, 2017, from *Montessori Muddle*: http://MontessoriMuddle.org/ .

**Attribution (Curator's Code )**: Via: ᔥ Montessori Muddle; Hat tip: ↬ Montessori Muddle.

Posted in Chemistry, Natural World, ProgrammingNo Comments » - Tags: apps, atoms and molecules, chemistry, chemistry apps, embedable apps