As a bond between a hydrogen atom and a sulfur atom is formed, are the electrons shared or transferred to form a covalent or ionic bond?

These are just conversions. Set up the equation so that you end up with the UNIT you desire for an answer, and the math will be correct. $(1/32.07)$ (atom/amu) *...

When electrons are unequally shared, it is a polar-covalent bond, and when one atom gets the electron exclusively the two charged ions form an ionic bond.

The electronegativity of the atoms involved in a covalent bond determines which will have more pull on the electrons shared between them. Because all atoms have different electronegativities, the only...

Non polar covalent bond is the bond formed between two similar atoms in which the Electronegativity difference is zero eg - H---H While in polar covalent bond , there is...

In a polar covalent bond electron is shunted towards the more electronegative atom. Examples of polar covalent bonds include those of water, and those of $HX$.

You share in a covalent bond, and if they're shared perfectly equally, it's a 100% covalent bond. If they're not, it's partially ionic. Basically, when comparing covalent with ionic bonds,...

Take ethylene $H_2C=CH_2$; around each carbon atom there are 4 . Two of these electrons combine with 2 hydrogen atoms (each with 1 electron) to form $2xxC-H$ bonds. Each carbon...

Both bonds result in forming of differentiating properties and structures. Atoms react in order to achieve stability. However, covalent bonds have a unique property that ionic bonds do not...

Something worth knowing about deciding between nonpolar and polar is that only two of the same element can form an ideally nonpolar bond. With this in mind, the $"Br"-"Br"$...

We thus predict that hydrogen sulfide would have a formula of $H_2S$, an analogue of the popular $H_2O$ molecule.