No, a pH of 1.3 to 2.0 would be acidic, though such a pH could be achieved with either a strong or a weak acid.
In the Bronstedâ??Lowry theory, a conjugate base is formed by the removal of a proton from an acid. The conjugate base of H2S is HS.
No, CH3O is not a strong base. It is a weak base.
No, ETOH (ethanol) is not a strong base. It is a weak base.
Potassium hydroxide (KOH) is a strong base. It dissociates completely into ions in water, making it a strong electrolyte and a good conductor of electricity.
Ethanol is not considered a strong base. It is a weak base.
In the Bronstedâ??Lowry theory, a conjugate base is formed by the removal of a proton from an acid. The conjugate base of H2S is HS.
H2+ has a stronger bond than H2. The addition of a positive charge to the H2 molecule increases the attraction between the two hydrogen atoms, resulting in a stronger bond.
ya . H2 SO4 is an salt .(strong electrolite) because it is a salt (i=3).
Yes it is a base, Li in water gives this reaction: 2 Li(s) + 2 H2O -> 2 LiOH(aq) + H2(g)
It is a strong base.
It is a strong base.
No, CH3O is not a strong base. It is a weak base.
The height can be represented as the line from the apical vertex (the top corner) to the base. This line meets the base at right angles, and divided the triangle into two right angled triangles. Then use Pythagoras' theorem: Suppose the height is h and the slant heights are a and b units. Then the length of the part of the base under slant height a is sqrt(a2 - h2) and the length of the part of the base under slant height b is sqrt(b2 - h2) So the length of the base is sqrt(a2 - h2) + sqrt(b2 - h2).
No, ETOH (ethanol) is not a strong base. It is a weak base.
A salt is formed when a strong acid reacts with a strong base.
Its a strong base
Potassium hydroxide (KOH) is a strong base. It dissociates completely into ions in water, making it a strong electrolyte and a good conductor of electricity.