The solution with lowest pH and the solution with largest dissociation of B should be determined from the given data and pictures. Concept introduction: From the Lewis concept, an acid is a substance which can donate an electron pair while a base is a substance which can accept an electron pair. While from the Bronsted-Lowrey theory, the acid-base remains in the form of conjugate pair. A conjugate acid is a base which accepts an H+ ion while a conjugate base is an acid which donates the H+ ion. For example: Ammonia ( N H 3 ) is a weak base whose conjugate acid is ( N H 4 + ) . Similarly, ( H C l ) is a strong acid whose conjugate base is ( C l − ) . From the theory, conjugate acid of a weak base is strong while conjugate acid of a strong base is weak and vice-versa. The pH is the measurement scale of acidity of any solution which is obtained by measuring the concentration of H + i o n s in a given solutions. The scale ranges from 0 to 14 in which point 0 till 7 are known as acidic, point 7 is known as neutral and from 7 to 14 is known as alkaline strength.
The solution with lowest pH and the solution with largest dissociation of B should be determined from the given data and pictures. Concept introduction: From the Lewis concept, an acid is a substance which can donate an electron pair while a base is a substance which can accept an electron pair. While from the Bronsted-Lowrey theory, the acid-base remains in the form of conjugate pair. A conjugate acid is a base which accepts an H+ ion while a conjugate base is an acid which donates the H+ ion. For example: Ammonia ( N H 3 ) is a weak base whose conjugate acid is ( N H 4 + ) . Similarly, ( H C l ) is a strong acid whose conjugate base is ( C l − ) . From the theory, conjugate acid of a weak base is strong while conjugate acid of a strong base is weak and vice-versa. The pH is the measurement scale of acidity of any solution which is obtained by measuring the concentration of H + i o n s in a given solutions. The scale ranges from 0 to 14 in which point 0 till 7 are known as acidic, point 7 is known as neutral and from 7 to 14 is known as alkaline strength.
The solution with lowest pH and the solution with largest dissociation of B should be determined from the given data and pictures.
Concept introduction:
From the Lewis concept, an acid is a substance which can donate an electron pair while a base is a substance which can accept an electron pair. While from the Bronsted-Lowrey theory, the acid-base remains in the form of conjugate pair. A conjugate acid is a base which accepts an H+ ion while a conjugate base is an acid which donates the H+ ion. For example: Ammonia ( NH3 ) is a weak base whose conjugate acid is (NH4+). Similarly, (HCl) is a strong acid whose conjugate base is (Cl−). From the theory, conjugate acid of a weak base is strong while conjugate acid of a strong base is weak and vice-versa. The pH is the measurement scale of acidity of any solution which is obtained by measuring the concentration of H+ions in a given solutions. The scale ranges from 0 to 14 in which point 0 till 7 are known as acidic, point 7 is known as neutral and from 7 to 14 is known as alkaline strength.
However, why are intermolecular forces in metallic and ionic compounds not discussed as extensively? Additionally, what specific types of intermolecular attractions exist in metals and ionic compounds
What is the preparation of 1 Liter of 0.1M NH4Cl buffer at pH 9.0 with solid NH4Cl and 0.1M NaOH. How would I calculate the math to describe this preparation? How would I use Henderson-Hasselbach equation?
C
Predict the major products of this organic reaction.
Be sure you use wedge and dash bonds when necessary, for example to distinguish between major products with different stereochemistry.
: ☐
+
x
G
C
RCO₂H
Click and drag to start
drawing a structure.
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