Shade in your most recent grade on your tracker. Work on the Neuron Activation

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TO DO:. A compound has a molar mass of 144gmol and the empirical formula is C 3 H 4 O 2. What is its molecular formula?. Shade in your most recent grade on your tracker. Work on the Neuron Activation. 80% Brilliance!. Brandi Brisby Alexis Brown Latrista Carter Anita Christopher - PowerPoint PPT Presentation

Transcript of Shade in your most recent grade on your tracker. Work on the Neuron Activation

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1. Shade in your most recent grade on your tracker.

2. Work on the Neuron Activation

TO DO:A compound has a molar mass of 144gmol and the empirical formula is C3H4O2. What is its molecular formula?

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Brandi Brisby

Alexis Brown

Latrista Carter

Anita Christopher

Rakeen Fry

Hannah Gammill

Shay Gatlin

Gerrica Holmes

Donald Jackson

Jalessa Johnson

Kenny King

Sam Laney

Donovan Moore

Barnisha Pam

Brittany Preston

Big Mike Sanders

Daniel Rawls

Aquasheyuia Taylor

Daneisha Willis

Shaquitta Wright

80% Brilliance!

+ Jaleel Bolden

LaClareion Buck

Kevin Cheeter

Jasmine Cusic

Kelsey Franklin

Quadarius Gadison

Alex Hardy

Anthony Hicks

Kenneth James

Keltran Jefferson

Kenny Lee

Rachel Lewis

Tarnisha Preston

Jasmine

Robinson

Leasia Littleton

Quintarius Willis

Jamarcus Young

80%

Bril

lianc

e!

+ Deneisha

Carey

Kiara Collier

Terrance Gray

Anthony Harris

Dexter Hemphill

GerMareon Henry

Pinky Howard

Samantha Hurt

Shandrequa Ireland

Isaac Coleman

Kenyatta Kingdom

Amber Meekds

Markeda Payne

Gybrina Simmons

Gabrielle Thomas

Raven Thompson

80% Brilliance!

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Baking Soda and Vinegar:

NaHCO3 (aq)   +   2 HC2H3O2 (aq)      H2O(l)  +  CO2(g)   +   2NaC2H3O2 (aq)

Candles:

2C20H42 (s) + 61O2 (g) -> 40CO2 (g) + 42H2O (aq)

+The Breakdown of the Day

Explore – Chemical Reactions

Understand – Identify 5 types of chemical reactions.

Opportunity – Gain terminology to explain everyday changes

ChemMastery

+Question:Does your reaction have oxygen as one of its reactants and carbon dioxide and water as the products?

C6H12O6 + 6 O2 6 CO2 + 6 H2O

Reaction Type:

+Question:Does your reaction have two (or more) chemicals combining to form one chemical?

2 H2 + O2 2 H2O

Reaction Type:

+Question:Does your reaction have one large molecule falling apart to make several small ones?

Ni(ClO3)2 NiCl2 + 3 O2

Reaction Type:

+Question:Does your reaction have any molecules that contain only one element?

2 KI + Cl2 2 KCl + I2

Reaction Type:

+Question:Is your reaction swapping cations?

Cd3(PO4)2 + 3 (NH4)2S 3 CdS + 2 (NH4)3PO4

Reaction Type:

+Reactions Rap

Combustion all you gotta’ see is O2 and CO2

Synthesis: All you have to do is put them togetha’, put them togetha’

Decomposition: All you have to do is take them apart, take them apart

Single Replacement: All you have to see is that one element, that one element

Double Replacement: All you have to do is swap those cat ions, swap those cations

+Guided Practice

10 Questions

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.

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A. CombustionB. SynthesisC. DecompositionD. Single ReplacementE. Double Replacement

Classify the following reaction.