According to the Bronsted-Lowry theory, a base is a:

26. When a substance ROH is dissolved in water, it exists as shown in the following figure. One can conclude that ROH is a OH" R* R* OH" R* OH" OH" R* R* OH" A. strong acid B. weak acid C. strong base D. weak base E. neutral substance, since the cations and anions balance other

What Classifies a substance  as an arrhenius base?

3. What is an amphiprotic substance? A. Amphiprotic substances can act only as a base. B. Amphiprotic substances can act only as a acid. C. Amphiprotic substances can act both as an acid and as a base depending on the circumstances. D. Amphiprotic substances cannot act both as an acid and as a base depending on the circumstances. 4. Which of the following scientist defined acids as compounds that can increase the concentration of H in a solution? B. Bronsted C. Lewis D. Lowry A. Arrhenius 5. In the reaction: HCI+H₂0 H3O+ Ct, which of the following is the acid? A. HCI B. H₂O C. H30 D. CH 6. In the reaction: HCI+H₂O A. HCI HO + Ch, which of the following is the base? B. H₂O C. H₂O D. CH 7. In the reaction: HCI+H₂0 A. HCI H3O+ Ct, which of the following is the conjugate acid? C. H3O* B. H₂O D. CH 8. In the reaction: HCI+H₂O = H₂O + Ch, which of the following is the conjugate base? A. HCI 8. H₂O C. H3O+ D. CH 9. In the reaction: HBr + NH3 = NH + Br A. HBr D. Br- NH + Br 10. In the…