Answer:
a) The two compounds you will expect in these solution are 1-aminobutane and its conjugate acid.
b) The greatest total amount is of 1-aminobutane.
c) The least total amount is of the conjugate acid.
Explanation:
The equilibrium in water of 1-aminobutane is:
CH₃(CH₂)₃NH₃⁺ ⇄ CH₃(CH₂)₃NH₂ + H⁺
a) The two compounds you will expect in these solution are 1-aminobutane and its conjugate acid.
b) The equlibrium constant is: K = 1,66x10⁻¹¹.
That means you will have 1-aminobutane:Conjugate acid in a ratio of 6x10¹⁰ : 1 .
The greatest total amount is of 1-aminobutane
c) Thus, The least total amount is of the conjugate acid.
I hope it helps!
If a wave was traveling at 15.0 m/s it would take 80 minutes
The answer is actually D. The pH of the products can be different from the pH of the reactants. Hope this helps :)
Answer:
1. Hydrogen ions; acidic
2. Alkali; hydroxide ions; alkaline
3a. Sulfuric acid --> 2 Hydrogen ions + sulfate ion
H₂SO₄ --> 2H+ + SO₄²-
3b. Sodium hydroxide --> Sodium ion + Hydroxide ion
NaOH --> Na+ + OH-
Explanation:
1. Sulfuric acid releases hydrogen ions in solution. This makes the solution acidic.
Acids produce hydrogen ions when dissolved in aqueous solutions.
2. Sodium hydroxide is an alkali. It releases hydroxide ions in solution. This makes the solution alkaline.
Alkalis are soluble bases that produce hydroxide ions in solution.
3a. Sulfuric acid --> 2 Hydrogen ions + sulfate ions
H₂SO₄ --> 2H+ + SO₄²-
The equation above is for the ionization of sulfuric acid
b. Sodium hydroxide --> Sodium ion + Hydroxide ion
NaOH --> Na+ + OH-
The equation above is for the ionization of sodium hydroxide
Answer:
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