A covalent bond due to the fact that they are both non-metals
Carbon and hydrogen form a covalent bond as they are both nonmetals.
Polar and nonpolar
CH4
There are many differences between a hydrogen atom and a carbon atom. Most importantly, the number of protons and electrons within the atom. This is what gives atom's their characteristics. Hydrogen is a gas at room temperature, while carbon is a solid at room temperature.
You balance them.
The difference between a hydrogen atom and atomic hydrogen is that the "hydrogen atom" represents one atom of the chemical element hydrogen. Atomic hydrogen are isolated hydrogen atoms.
They will form a covalent bond, which means they will share electrons to achieve noble gas electron configuration. Carbon and hydrogen combine in many different ways, thanks to carbon's chemical versatility and hydrogen's high reactivity.
The bonds in methane are covalent.
There are many differences between a hydrogen atom and a carbon atom. Most importantly, the number of protons and electrons within the atom. This is what gives atom's their characteristics. Hydrogen is a gas at room temperature, while carbon is a solid at room temperature.
It has 4 Hydrogen atoms.It has one carbon atom.
You balance them.
When the models are not shown a person will not be able to know if there are any hydrogen atoms between them. If the models are shown a person will be able to know the answer.
Covalent. The elctronegativity (the ability of an atom to attract electrons) difference between Hydrogen and Carbon is not enough that carbon will completely strip an electron from the hydrogen. Instead, the Carbon pulls on the shared electron just a little bit more than the hydrgen does, creating a covalent bond between them.
HYDROGEN
The difference between a hydrogen atom and atomic hydrogen is that the "hydrogen atom" represents one atom of the chemical element hydrogen. Atomic hydrogen are isolated hydrogen atoms.
QUITE SIMPLE, REASON : carbon atom does not have vacant D-ORBITAL.
They will form a covalent bond, which means they will share electrons to achieve noble gas electron configuration. Carbon and hydrogen combine in many different ways, thanks to carbon's chemical versatility and hydrogen's high reactivity.
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The bonds in methane are covalent.
A single (nonpolar) covalent joins the carbon atom to each of the hydrogen atoms.