Answer :The corrected answer is given below;
Weak bases react with water to form the hydroxide ion and the conjugate acidof the base. Concentration in solution does not affect whether an acid or a base is strong or weak.
The strength of an acid or a base is determined by the dissociation constant of the substance in solution.
The acid dissociation constant, Ka, is a quantitative measure of acid strength. A strong acid has a much higher Ka than a weak acid. The Ka of an acid is determined from measured titration values.
Hydrochloric acid and sulfuric acid are completely ionized in solution and are strong acids. Ethanoic acid, which is only about 1 percent ionized, is a weak acid. Magnesium hydroxide and calcium hydroxide are strong base.
Answer:
water
acid
strong
dissociation constant
Ka
higher
titration
completely
Strong
weak
base
Explanation:
Weak bases react with water to form the hydroxide ion and the conjugate acid of the base. Concentration in solution does not affect whether an acid or a base is strong or weak.
The strength of an acid or a base is determined by the dissociation constant (ka /Kb) of the substance in solution.
The acid dissociation constant, Ka, is a quantitative measure of acid strength. A strong acid has a much higher Ka than a weak acid. The Ka of an acid is determined from measured titration values.
Hydrochloric acid and sulfuric acid are completely ionized in solution and are strong acids. Ethanoic acid, which is only about 1 percent ionized, is a weak acid. Magnesium hydroxide and calcium hydroxide are strong base.
Answer:
anaerobic glycolysis
2. It is the simplest ratio of atoms in a formula unit.
3. It represents the true molecular mass of a chemical formula.
4. It represents the highest ratio of coefficients in a chemical formula.
Answer:
2. It is the simplest ratio of atoms in a formula unit.
Explanation:
The empirical formula refers to how to provide the minimum proportion in which chemical elements combine into one substance. Sometimes it may happen that the minimum formula is equal to the molecular formula of the compound; However, this is not always true. In short, the empirical formula refers to the simplest ratio of atoms in a unit of formula.
For example, the empirical or minimal formula of water is H2O, indicating that there is a 2: 1 ratio between the elements that make up water molecules. And, coincidentally, this is also the molecular formula of water.
chemical energy
electrical energy
mechanical energy
F = +32
Enter the temperature into the degrees Celsius (C) equal to 113∘ Fahrenheit (F). The formula F = 1.8°C + 32 allows you to find the Fahrenheit (F) temperature for a given Celsius (C) temperature.
Given: C = (F - 32)
First, multiply both sides by to get:
= F - 32
Add 32 to both sides and transpose to get:
F = + 32
These are the formulas to translate between Fahrenheit and Celsius temperatures.
Fahrenheit and Celsius meet at −40 degrees.
That is −40∘ F = −40∘C
So alternative formulas for the conversions can be written:
F = (C + 40) − 40
C = (F +40) − 40
Learn more about Fahrenheit and Celsius here brainly.com/question/12897775
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B. reduction
C. substitution
D. condensation
Answer: Option (B) is the correct answer.
Explanation:
When an atom gains electrons then it becomes rich in electrons and therefore it acquires a negative charge.
Also, it is known that a reduction reaction is a reaction in which an element gain electron(s).
For example, is a reduction reaction.
Thus, we can conclude that when nonmetal atoms become negative nonmetal ions then type of reaction which occurs is reduction reaction.