write-the-acid-base-equation-for-each-weak-base-show-its-ionization-in-water-to-

Question

Write the acid-base equation for each weak base. Show its ionization in water to produce $$OH^{-}a. PO$$_{4}^{3-}b. (CH_{3})_{2}NHc. $$CH_{3}$CH_{2}NH$$_{2}

Accepted Answer

a. PO_{4}^{3–} + $$H_{2}O$$ ⇌ HPO_{4}^{2–} + $$OH^{–}b. (CH$$_{3})_{2}NH + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{2}^{+} + $$OH^{–}c$$. $$CH_{3}$CH_{2}NH$$_{2} + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{3}^{+} + $$OH^{–}$$

Answer

a. PO_{4}^{3–} + $$H_{2}O$$ ⇌ HPO_{4}^{2–} + $$OH^{–}b. (CH$$_{3})_{2}NH + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{2}^{–} + $$OH^{–}c$$. $$CH_{3}$CH_{2}NH$$_{2} + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{3}^{–} + $$OH^{–}$$

Answer

a. PO_{4}^{3–} + $$H_{2}O$$ ⇌ HPO_{4}^{2+} + $$OH^{–}b. (CH$$_{3})_{2}NH + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{2}^{–} + $$OH^{–}c$$. $$CH_{3}$CH_{2}NH$$_{2} + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{3}^{–} + $$OH^{–}$$

Answer

a. PO_{4}^{3–} + $$H_{2}O$$ ⇌ HPO_{4}^{2+} + $$OH^{–}b. (CH$$_{3})_{2}NH + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{2}^{+} + $$OH^{–}c$$. $$CH_{3}$CH_{2}NH$$_{2} + $$H_{2}O$$ ⇌ (CH_{3})_{2}NH_{3}^{+} + $$OH^{–}$$

Write the acid-base equation for each weak base. Show its ionization in water to produce OH-a. PO43-b. (CH3)2NHc. CH3CH2NH2

Write the acid-base equation for each weak base. Show its ionization in water to produce OH^-
a. PO₄^3-
b. (CH₃)₂NH
c. CH₃CH₂NH₂