Table of Contents

Unit # and Topic #

Topic Exit Ticket % Mastery (Y/N)

2.1 Elements and Compounds

BrandonBrandon

StephanieStephanie DemartinDemartin

MariaMariaTrungTrungEthanEthanMontaniqua

Montaniqua

AustinAustin FarzinFarzin AmirAmir ChrisChris

YadYadIndraIndraAdrianaAdriana

WillWillVictorVictor

AlaiaAlaiaJuanJuanHayminHayminTreyTreyTamiaTamia

CheyanneCheyanneLanaLana

DiegoDiego

PamphaPampha

PedroPedro IrisIris NodirbekNodirbek SharmeenSharmeen

OscarOscar NorvinNorvin JoshJoshAlexzAlexz

TerranceTerrance

KatherineKatherine De’ErikaDe’Erika

AlexAlexCeliaCeliaShelbyShelbyPujaPuja

JonathanJonathan DanielaDaniela AngelaAngela BarenBaren

MaureenMaureenTreyTreyJosephJoseph

AlexiaAlexiaAustinAustin

SydnieSydnieSabitSabitHakarHakarMustafaMustafaElizabethElizabeth

JerryJerrySaySay

RonalRonalKawarKawar

DorianDorian

JillianJillian LailaLaila KiaraKiara LozanLozan

AnitaAnita Jose MJose M GustavoGustavoKaliKali

DaryoneDaryone

JoselinJoselin

DaisyDaisy MariaMaria

SunitaSunitaLaquanLaquanKeenyaKeenyaErikErik

CecilCecil TonyTony NicolasNicolas ShadShad

KamalKamalJacobJacobJose Carrasco

Jose Carrasco

BasantaBasantaJoshepJoshep

StephanieStephanieEricEricCelesteCelesteAwazAwazManuelManuel

EmmaEmmaJorgeJorge

BayleeBayleeJose Carranza

Jose Carranza

SergioSergio

KyishaKyisha ElijahElijah AnthonyAnthony AliyaAliya

EfeEfe LuisLuis KhamisKhamisShanaShana

HowginHowgin

AshokAshok

HarleyHarley BorisBoris

AmericaAmericaJ.J.J.J.RondariusRondariusNicholasNicholas

SalvadorSalvador AustinAustin KellyKelly LaurelLaurel

HopeHopeMirellaMirellaChrisChris

MatthewMatthewYuliYuli

TyraTyraJessicaJessicaRobinRobinPedroPedroKaitlynnKaitlynn

LeShonaLeShonaAmbikaAmbika

ShelbiShelbiNigelNigel

AnnaAnna

TrinityTrinity EhEh DrewDrew DylanDylan

AvenAven JulissaJulissa HallieHallieMaimouna

Maimouna

KevanKevan

DanielleDanielle JemaJema

MaryMaryDylanDylanAdamAdamHaileyHailey

MaikolMaikol SabrinaSabrina SaraiSarai JamaicaJamaica

NateNateMichael NMichael NJonathan T

Jonathan T

ReduirReduirWarveenWarveen

ManuelManuelEriccaEriccaShandraShandraKrutikKrutikKokoKoko

NabaNabaChrisChris

AllieAllieAdrianAdrian

AyuenAyuen

RachelRachel FahadFahad DevonteDevonte NalexNalex

CandaceCandace ChandlerChandler AlbiAlbiIbrahimIbrahim

AndreAndre

HawarHawar PascualPascual

ToriToriDomingoDomingoNatureNatureAlishaAlisha

DevontaeDevontae FaranFaran HunterHunter SamaraSamara

PaulaPaulaBeatrizBeatrizBrianaBriana

VereniceVereniceBrianBrian

AlexisAlexisEverEverRubenRubenThomasThomasKeivenKeiven

AdanAdanRodrigoRodrigo

BillyBillySheniquaSheniqua

EdherEdher

JaylinJaylin AfnanAfnan EstelaEstela TraconTracon

AlexAlex OscarOscar AdrianaAdrianaTaniaTania

TamekaTameka CharlesCharles

Announcements

1. Professionalism Rubric/character RCs2. Sign-in/outs: Tardies, Restroom (only during

independent practice)3. Missing work bulletin board4. Electronics

Key Point 1: What is a compound?

• A compound is two or more elements bonded together

• A compound will have two or more capital letters

H2O Br2

Key Point 2: What is a bond?• A bond is formed when electrons are shared or

transferred between two elements to satisfy the octet rule (atoms want 8 valence electrons)

Key Point 3: What are the two types of bonds?

• Ionic Bonds: Electrons are transferred between the atoms

• Covalent Bonds: Electrons are shared between the atoms

Key Point 4: What is an ionic compound?

• The metal (+ charge) will transfer all of its valence electrons to the nonmetal (- charge) so that each satisfies the octet rule

• + ion and – ion attract and bond together

Quick check: Circle the ionic compounds

NaCl H2O LiBr BaF N2

Key Point 5: What is a covalent compound?

• A covalent compound is formed between two or more nonmetals sharing electrons

• The nonmetals will share valence electrons so that each satisfies the octet rule

Quick Check: Circle the covalent compounds

NaCl CO2 LiBr MgF2 Cl2

Key Point 7: How can I distinguish between an ionic and covalent compound using

experimental data?

Property Ionic Compounds Covalent CompoundsConductivity Conduct electricity b/c

TRANSFERRING electrons (movement of electrons=electricity)

Do not conduct electricity b/c no electron movement

Melting and boiling point

Low melting point, high boiling point

High melting point, low boiling point

Exit Ticket

Exit Ticket

-complete all problems-when finished, raise your hand to have it scored-track your score and plus points-start your homework

-silently and alone-no notes!