spontaneous
Nitrogen tribromide was discovered in 1858 by the chemist Alfred Stock. It is synthesized by the reaction of ammonia with bromine.
When bromine gas and nitrogen dioxide are mixed, they react to form bromine dioxide (BrO2) and nitrogen dioxide. This reaction is represented by the following equation: 2Br2(g) + 2NO2(g) → 2BrO2(g) + N2(g)
Nitrogen gas (N2) and bromine liquid (Br2) are covalent. They react with each other to from NBr3 (nitrogen tribromide) which is also covalent.
Nitrogen and bromine can form both ionic and nonionic compounds. When nitrogen reacts with bromine, it can form covalent compounds such as nitrogen tribromide (a nonionic compound). However, under certain conditions, nitrogen and bromine can also form ionic compounds, such as when nitrogen reacts with bromine to form the ionic compound ammonium bromide.
The chemical formula for nitrogen is N2, indicating that two nitrogen atoms are bonded together. The chemical formula for bromine is Br2, indicating that two bromine atoms are bonded together.
Equation:N2 + 3 Br2 ----> 2 NBr3
Nitrogen tribromide was discovered in 1858 by the chemist Alfred Stock. It is synthesized by the reaction of ammonia with bromine.
When bromine gas and nitrogen dioxide are mixed, they react to form bromine dioxide (BrO2) and nitrogen dioxide. This reaction is represented by the following equation: 2Br2(g) + 2NO2(g) → 2BrO2(g) + N2(g)
Nitrogen gas (N2) and bromine liquid (Br2) are covalent. They react with each other to from NBr3 (nitrogen tribromide) which is also covalent.
Nitrogen and bromine can form both ionic and nonionic compounds. When nitrogen reacts with bromine, it can form covalent compounds such as nitrogen tribromide (a nonionic compound). However, under certain conditions, nitrogen and bromine can also form ionic compounds, such as when nitrogen reacts with bromine to form the ionic compound ammonium bromide.
The formation of liquid bromine is spontaneous when the Gibbs free energy change for the process is negative, which occurs when ΔG < 0. This means the temperature must be within the range where ΔG is negative, which typically corresponds to temperatures above the boiling point of bromine (~332K) where the entropy term dominates over the enthalpy term in the Gibbs free energy equation.
Nitrogen and bromine will form a covalent bond. Nitrogen typically forms three covalent bonds, while bromine forms one covalent bond. When they combine, they will share electrons to complete their octets.
The chemical formula for nitrogen is N2, indicating that two nitrogen atoms are bonded together. The chemical formula for bromine is Br2, indicating that two bromine atoms are bonded together.
The reaction between methane and bromine is a substitution reaction, specifically a halogenation reaction. In this reaction, one or more hydrogen atoms in methane are replaced by bromine atoms to form bromomethane.
Yes, the bond between nitrogen and bromine (N-Br) is polar due to the difference in electronegativity between the two elements. Nitrogen is more electronegative than bromine, causing nitrogen to partially pull the shared electrons towards itself, creating a partial negative charge on nitrogen and a partial positive charge on bromine.
Nitrogen and bromine will form a covalent bond; they are both nonmetals.
Nitrogen has five electrons in its outer shell and bromine has seven in its outer shell.