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ID: 951529 • Letter: U
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under solutions window, click the Introduction menu at the bottom of the screen. Vary the solution using the radio buttons on the right-hand side of the screen under the Solutions tab, and complete the following sentences regarding Bronsted and bases. the Lowry the appropriate blank he sentences below. h th Make certain each sentence is complete before submitting you Reset Help accepts n acid as defined by Bronsted and Lowry is any species that is capable of being a proton and they also defined a base as any species that is capable of being a proton stronger dissociate or ionize into acid 2. The strength of an acid or base relates to how well they their respective ions in solution. An acid that is 90% ionized is than an acid that it 10% ionized. donor be reversed 3. If in the ionization equation for the acid HA, a right arrow is used, HA is considered to be a because it a proton to water (H2O) to form a hydronium ion combine forming strong and HA ionizes completely. The corresponding anion, A is considered to be a weak weaker The only thing that would be different in this equation if HA were a weak base is that the reaction arrow would indicating only partial ionization of face both directions acceptor 4. If in the dissociation equation for a generic metal hydroxide, MOH, a right arrow is used, donates MOH is considered to be a strong because it will a species capable of accepting a protonExplanation / Answer
Completed sentences are as follows,
1. An acid is defined by Bronsted and Lowry as any species that is capable of being a proton donor, and they also defined a base as any species thas is capable of being a proton acceptor.
2. The strength of acid and base related to how well they dissociate or ionize into thier respective ions in solution. An acid that is 90% ionized is stronger than an acid that is 10% ionized.
3. If the ionization equations for HA, a right arrow (-->) is used, HA is considered to be a strong acid because it donates a proton to water (H2O) to form a hydronium ion and HA ionizes completely. The corressponding anion A-, is considered to be a weak base. The only thing that would be different If HA is a weak acid is that the reaction arrow would face both the directions, indicating only partial ionization of HA.
4. If the dissociation equation for a generic metal hydroxide MOH, a right arrow (-->) is used, MOH is considered to be a strong base because it dissociate or ionize into a species capable of accepting a proton.
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