Acid and base theories
Brønsted-Lowry acid base pairs
PH calculations
titrant
100

What are two characteristics of acids


Conduct electricity 

Change blue litmus to red

Have a sour taste

Corrosive 

React with bases to neutralize their properties 

React with active metals to liberate hydrogen

100

How do identify a Brønsted-Lowry acid 

If it donates H+ or protons

100

What numbers are on tree oh scale 

0-14

100

What is a titration used for 

A titration is used to find the concentration of an identified analyte

200

Name a property shared by acids and bases

Conduct electricity

200

How do you identify a Brønsted-Lowry base 

If it accepts H+ or protons 

200

If a substance is 0-6 on the ph scale 

Acidic 

200

What is an analyte

 An analyte is the solution in a titration problem with an unknown molarity

300

What is a bases reaction to phenolphthalein 

Pink 

300

In HCl + NH3 = Cl + NH4 identify the conjugate acid and base aswell as the Brønsted-Lowry lowery acid and base 

HCl + NH3 = Cl + NH4

Acid.  Base.   Cbase Cacid

300

If a substance is 8-14 on the oh scale it is

Basic or alkaline 

300

What is a reagent/titrant in a titration problem 

The titrant is the solution with a known  molarity that will react with the analyte.

400

What is a acids reaction to phenolphthalein 

Colorless

400

What is a conjugate acid 

The product formed when a base gains H+

400

If a substance is a 7 on the oh scale it is 

Neutral

400

How do you find moles of an analyte 

You divide the number of Moles of analyte present by the original volume of analyte 

500

Based on the Arrhenius theory what does an acid do in water 

In the Arrhenius theory, an acid dissociates to produce hydrogen ions in water. A base produces hydroxide ions in water. In the Bronsted-Lowry theory, an acid is a proton donor.

500

What is a conjugate base 

The product formed when an acid loses a H+

500

What formulas are used to calculate PH

Ph= -log(H3O+)

Ph= POh-14 

500

What is the limiting reagent in a titration problem

Find with reactant is consumed first

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