If A = {x ∈ R / f (x) = 0} and B = {x ∈ R / g (x) = 0} then A ⋂ B = 1) ϕ 2) {x ∈ R / f (x) = 0} 3) {x ∈ R / f (x) + g (x) = 0} 4) {x ∈ R / f... View Article
If the delta G is positive, the reaction is said to be favoured as the reverse reaction. Stay tuned with BYJU’S to learn more about other... View Article
In Chemistry, constant k is used for describing the equilibrium constant. The chemical equilibrium is defined as the state in which the reactant... View Article
The alkyl groups donate electrons because of the neighbouring carbons drawn by the positive charge making it electron poverty at the positively... View Article
The role of Fe(OH)3 in the contact process is that it is used for the removal of negatively charged arsenic impurities that are present as sol... View Article
We know that capillary water is the water that remains in the soil after the gravitational water is drained out. It is important because it is... View Article
Electrowinning is defined as the process in which the metals from their ores are put in the solution that is they are electrodeposited to liquefy... View Article
The following are the basic principle of magnetism: The magnet has two poles and they are the south pole and the north pole. The magnetic... View Article
Benzamide is basic in nature. It is insoluble in water however, it is soluble in ether. Stay tuned with BYJU’S to learn more about other... View Article
Amine is more basic than amides as there is unshared electron pair on the localised nitrogen atom which is available for protonation. Whereas in... View Article
The nitrogen atom in the amine possesses a lone pair of electrons that can be donated. Therefore, amines are basic. For any given compound, its... View Article
Glucose is neither acidic nor basic in nature. It is considered to be neutral and its pH value is also 7. It does not donate hydrogen ions on... View Article
Coffee is considered to be acidic as its pH value is between 4.85 to 5.10 with an average of 2. It has a total of nine major acids that... View Article
