CH3NH2CH3NH3+ to determine the conjugate acid one must take the formula of the base,CH3NH2, and add a proton (H+) to this formula base formula (CH3NH2) + one proton(H+) = CH3NH3+ The conjugate acid has one more H+ than its base. HPO42-HPO42- to determine the conjugate base one must take the formula of the acid, H2PO4-, and subtract a proton (H+) from this formula acid formula ( H2PO4-) - one proton(H+) = HPO42- The conjugate acid has one more H+ than its base. NO3-HNO3 to determine the conjugate acid one must take the formula of the base,NO3-, and add a proton (H+) to this formula base formula (NO3-) + one proton(H+) = HNO3 The conjugate acid has one more H+ than its base. O2- OH- to determine the conjugate acid one must take the formula of the base,O2- , and add a proton (H+) to this formula base formula (O2- ) + one proton(H+) = OH- The conjugate acid has one more H+ than its base. HCNH2CN+ to determine the conjugate acid one must take the formula of the base,HCN, and add a proton (H+) to this formula base formula (HCN) + one proton(H+) = H2CN+ The conjugate base has one less H+ than its acid. HNO3NO3- to determine the conjugate base one must take the formula of the acid, HNO3, and subtract a proton (H+) from this formula acid formula ( HNO3) - one proton(H+) = NO3- The conjugate acid has one more H+ than its base. H2O H3O+ to determine the conjugate acid one must take the formula of the base,H2O, and add a proton (H+) to this formula base formula (H2O) + one proton(H+) = H3O+ The conjugate acid has one more H+ than its base. CN-HCN to determine the conjugate acid one must take the formula of the base,CN-, and add a proton (H+) to this formula base formula (CN-) + one proton(H+) = HCN The conjugate acid has one more H+ than its base. H2PO4-H3PO4 to determine the conjugate acid one must take the formula of the base,H2PO4-, and add a proton (H+) to this formula base formula (H2PO4-) + one proton(H+) = H3PO4 The conjugate acid has one more H+ than its base. H2SO4HSO4- to determine the conjugate base one must take the formula of the acid, H2SO4, and subtract a proton (H+) from this formula acid formula ( H2SO4) - one proton(H+) = HSO4- The conjugate base has one less H+ than its acid. >> View the other Key Equations and Concepts in this chapter
to determine the conjugate acid one must take the formula of the base,CH3NH2, and add a proton (H+) to this formula
base formula (CH3NH2) + one proton(H+) = CH3NH3+
The conjugate acid has one more H+ than its base.
to determine the conjugate base one must take the formula of the acid, H2PO4-, and subtract a proton (H+) from this formula
acid formula ( H2PO4-) - one proton(H+) = HPO42-
to determine the conjugate acid one must take the formula of the base,NO3-, and add a proton (H+) to this formula
base formula (NO3-) + one proton(H+) = HNO3
to determine the conjugate acid one must take the formula of the base,O2- , and add a proton (H+) to this formula
base formula (O2- ) + one proton(H+) = OH-
to determine the conjugate acid one must take the formula of the base,HCN, and add a proton (H+) to this formula
base formula (HCN) + one proton(H+) = H2CN+
The conjugate base has one less H+ than its acid.
to determine the conjugate base one must take the formula of the acid, HNO3, and subtract a proton (H+) from this formula
acid formula ( HNO3) - one proton(H+) = NO3-
to determine the conjugate acid one must take the formula of the base,H2O, and add a proton (H+) to this formula
base formula (H2O) + one proton(H+) = H3O+
to determine the conjugate acid one must take the formula of the base,CN-, and add a proton (H+) to this formula
base formula (CN-) + one proton(H+) = HCN
to determine the conjugate acid one must take the formula of the base,H2PO4-, and add a proton (H+) to this formula
base formula (H2PO4-) + one proton(H+) = H3PO4
to determine the conjugate base one must take the formula of the acid, H2SO4, and subtract a proton (H+) from this formula
acid formula ( H2SO4) - one proton(H+) = HSO4-
>> View the other Key Equations and Concepts in this chapter
