Double Replacement Reactions Notes and Practice

Evaluation/Assessment: Objective: Today I will be able to: Predict the products of a double replacement reactions using solubility rules Identify the precipitate and aqueous solution in a double replacement reaction by completing a lab Evaluation/Assessment: Formal assessment- analyzing student responses to the lab, practice and exit ticket Informal assessment – monitoring student interactions as they complete the lab and practice Common Core Connection Make sense of problem and persevere in solving them Reason abstractly and quantitatively Demonstrate Independence

Lesson Sequence Evaluate: Warm – Up Evaluate: Review HW Explore/Elaborate: Double Replacement Reaction Lab Elaborate: Mixed Single and Double Replacement Reaction Practice Evaluate: Exit Ticket

Warm-Up Predict the products and balance the equations for the reactions below: Silver nitrate + Potassium phosphate  Copper (II) chloride + Aluminum Bromide 

Objective Today I will be able to: Predict the products of a double replacement reactions using solubility rules Identify the precipitate and aqueous solution in a double replacement reaction by completing a lab

Homework Finish the mixed single and double replacement reaction practice

Agenda Warm – Up Review HW Double Replacement Reaction Lab Mixed Single and Double Replacement Practice Exit Ticket

We will review the single replacement reaction problems Review HW We will review the single replacement reaction problems

Double Replacement Reaction Lab Predicting Products and States

Directions/Safety Goggles, Aprons and Closed Toe Shoes must be worn to participate Place a white piece of paper under the tray Dispose of silver compounds into waste beaker Rinse the tray in the sink and leave it upside down to dry when finished.

Complete the Mixed Single and Double Replacement Practice Whatever you do not finish in class will be your homework

Exit Ticket Predict the products of the double replacement reaction below Be sure to include the states and balance the equation Sulfuric acid + Sodium hydroxide 