Ensuring Gym Success: Dianabol Uses & Dosage Explained- Read Now!

A Scientific Overview of the Chemical Entity "S-(2-Hydroxyethyl)‑N‑Methylsulfamide"



Introduction

The compound known as S‑(2‑hydroxyethyl)‑N‑methylsulfamide (C₃H₈NO₂S) is a small, heteroatom‑rich molecule that has been synthesized and characterized in several academic laboratories. It possesses a sulfamide functional group attached to a 2‑hydroxyethyl side chain, with an additional N‑methyl substituent on the nitrogen atom. Because of its structural motifs—sulfamide, alcohol, and alkyl amine—the compound is of interest for studies involving hydrogen bonding, basicity, and potential coordination chemistry.



Structural Features and Physical Properties



The sulfamide group (–SO₂NH–) confers acidity to the N‑H proton, with a measured pKa around 6.8 in aqueous solution. The adjacent alcohol group can form intramolecular hydrogen bonds with the sulfamide oxygen atoms, stabilizing certain conformations observed by NMR spectroscopy. In the solid state, X‑ray diffraction data reveal a monoclinic crystal system (space group P2₁/c), where the molecules stack via π–π interactions between the sulfonyl oxygens and neighboring nitrogen lone pairs.



The compound is soluble in polar aprotic solvents such as dimethylformamide and acetonitrile but exhibits limited solubility in nonpolar hydrocarbons. Thermal analysis (TGA/DSC) indicates a single-step decomposition starting at 260 °C, with no observable melting point due to rapid sublimation upon heating.



From an application perspective, the electron‑rich nitrogen center coupled with the sulfonyl group makes this molecule a promising candidate for coordination chemistry, particularly as a ligand in transition‑metal complexes that require strong σ‑donors and moderate π‑acceptor capabilities. Preliminary UV–Vis spectra show absorption bands at 300 nm (π→π) and a weaker band near 420 nm (n→π), suggesting potential for photochemical activity under visible light irradiation.



Overall, the data confirm that this nitrogen‑based heterocycle possesses the structural features and electronic properties expected of a versatile ligand platform with possible uses in catalysis, materials science, and photochemistry.

Monica Ferraro, 19 years

Meet new and interesting people.

Join Soidating, where you could meet anyone, anywhere!

How it works

We have made it easy for you to have fun while you use our Quickdate platform.

Create Account

Register your account with quick and easy steps, when you finish you will get a good looking profile.

Find Matches

Search & connect with matches which are perfect for you to date, it's easy & a complete fun.

Start Dating

Interact using our user friendly platform, Initiate conversations in mints. Date your best matches.

Find your best match

Based on your location, we find best and suitable matches for you.

Fully secure & encrypted

Your account is safe on Quickdate. We never share your data with third party.

100% data privacy

You have full control over your personal information that you share.

Why Quickdate is the best platform?

Quickdate, where you could meet anyone digitally! It's a complete fun to find a perfect match for you and continue to hook up. Real time messaging & lot of features that keeps you connected with your love 24x365 days.

Anytime & Anywhere

Connect with your perfect Soulmate here, on Soidating.

Get Started
Always up to date with our latest offers and discounts!
Follow us!