{"branchingScenario":{"content":[{"type":{"library":"H5P.CoursePresentation 1.25","params":{"presentation":{"slides":[{"elements":[{"x":0,"y":0,"width":74.15929203539822,"height":55.94405594405595,"action":{"library":"H5P.AdvancedText 1.1","params":{"text":"

Naming Compounds can be tricky, but it can be made easier with by using a strategic road map to determine the type of compound, which dictates the rules of how you name it.<\/span><\/p>\n\n

Naming compounds takes practice. Before you know it, you will be having fun naming compounds.<\/span><\/p>\n"},"subContentId":"cb37aba0-3692-4d1f-9f27-42b1d8f6e4a8","metadata":{"contentType":"Text","license":"U","title":"Naming Compounds"}},"alwaysDisplayComments":false,"backgroundOpacity":0,"displayAsButton":false,"buttonSize":"big","goToSlideType":"specified","invisible":false,"solution":""}],"slideBackgroundSelector":{"fillSlideBackground":""}}],"keywordListEnabled":true,"globalBackgroundSelector":{"fillGlobalBackground":""},"keywordListAlwaysShow":false,"keywordListAutoHide":false,"keywordListOpacity":90},"override":{"activeSurface":false,"hideSummarySlide":false,"summarySlideSolutionButton":true,"summarySlideRetryButton":true,"enablePrintButton":false,"social":{"showFacebookShare":false,"facebookShare":{"url":"@currentpageurl","quote":"I scored @score out of @maxScore on a task at @currentpageurl."},"showTwitterShare":false,"twitterShare":{"statement":"I scored @score out of @maxScore on a task at @currentpageurl.","url":"@currentpageurl","hashtags":"h5p, course"},"showGoogleShare":false,"googleShareUrl":"@currentpageurl"}},"l10n":{"slide":"Slide","score":"Score","yourScore":"Your Score","maxScore":"Max Score","total":"Total","totalScore":"Total Score","showSolutions":"Show solutions","retry":"Retry","exportAnswers":"Export text","hideKeywords":"Hide sidebar navigation menu","showKeywords":"Show sidebar navigation menu","fullscreen":"Fullscreen","exitFullscreen":"Exit fullscreen","prevSlide":"Previous slide","nextSlide":"Next slide","currentSlide":"Current slide","lastSlide":"Last slide","solutionModeTitle":"Exit solution mode","solutionModeText":"Solution Mode","summaryMultipleTaskText":"Multiple tasks","scoreMessage":"You achieved:","shareFacebook":"Share on Facebook","shareTwitter":"Share on Twitter","shareGoogle":"Share on Google+","summary":"Summary","solutionsButtonTitle":"Show comments","printTitle":"Print","printIngress":"How would you like to print this presentation?","printAllSlides":"Print all slides","printCurrentSlide":"Print current slide","noTitle":"No title","accessibilitySlideNavigationExplanation":"Use left and right arrow to change slide in that direction whenever canvas is selected.","accessibilityCanvasLabel":"Presentation canvas. Use left and right arrow to move between slides.","containsNotCompleted":"@slideName contains not completed interaction","containsCompleted":"@slideName contains completed interaction","slideCount":"Slide @index of @total","containsOnlyCorrect":"@slideName only has correct answers","containsIncorrectAnswers":"@slideName has incorrect answers","shareResult":"Share Result","accessibilityTotalScore":"You got @score of @maxScore points in total","accessibilityEnteredFullscreen":"Entered fullscreen","accessibilityExitedFullscreen":"Exited fullscreen","confirmDialogHeader":"Submit your answers","confirmDialogText":"This will submit your results, do you want to continue?","confirmDialogConfirmText":"Submit and see results","accessibilityProgressBarLabel":"Choose slide to display","slideshowNavigationLabel":"Slideshow navigation"}},"subContentId":"9ffed6f1-36e4-4948-a4f1-54eb5b2c9b85","metadata":{"contentType":"Course Presentation","license":"U","title":"Naming Compounds - Flowchart"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","nextContentId":1,"proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":2,"feedback":{"title":"","subtitle":""},"text":"Yes"},{"nextContentId":5,"feedback":{"title":"","subtitle":""},"text":"No"}],"question":"

Is the first element a METAL?<\/p>\n"}},"subContentId":"bb41d1e0-d09e-43ba-ad25-5fecd72482a4","metadata":{"contentType":"Branching Question","license":"U","title":"Metal present in the compound?"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":3,"feedback":{"title":"","subtitle":""},"text":"Yes"},{"nextContentId":4,"feedback":{"title":"","subtitle":""},"text":"No"}],"question":"

Is the metal a simple cation? (forms only one type of ion)<\/p>\n"}},"subContentId":"5664bc95-c4f1-4b08-b8ef-be6ac866d994","metadata":{"contentType":"Branching Question","license":"U","title":"Simple cation or multiple ionic charges cation"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":-1,"feedback":{"title":"

Metal and Nonmetal - Binary Ionic Compound<\/p>\n","subtitle":"

You will be naming a binary ionic compound which contains a simple cation metal and non metal.<\/p>\n\n

1. Name the metal first<\/p>\n\n

2. Name the non metal second and change the ending to \"ide\"<\/em><\/p>\n\n

Example MgCl\u2082<\/strong><\/p>\n\n

1. Mg = Magnesium<\/p>\n\n

2. Cl = Chlorine = change the ending to \"ide\" <\/em>= Chloride<\/p>\n\n

NAME = magnesium chloride<\/p>\n"},"text":"2 elements (metal and nonmetal)"},{"nextContentId":-1,"feedback":{"title":"

Teritiary ionic compounds (simple cation and polyatomic ion)<\/p>\n","subtitle":"

You will be naming a teritiary ionic compound which contains 3 or more elements including one simple cation and a polyatomic ion.<\/p>\n\n

1. Name the simple cation metal first<\/p>\n\n

2. Name the polyatomic ion second<\/p>\n\n

NOTE (do not change the ending of polyatomic ions)<\/p>\n\n

Eg. NaSO\u2084<\/strong><\/p>\n\n

Na - simple cation = SODIUM<\/p>\n\n

SO\u2084 - polyatomic ion = SULFATE<\/p>\n\n

NAME = Sodium Sulfate<\/strong><\/p>\n"},"text":"3 or more elements (metal and polyatomic ion)"}],"question":"

How many elements are there in this compound? (count the capital letters)<\/p>\n"}},"subContentId":"2bdb41a7-89cb-4c72-8bc3-236dc5191ba4","metadata":{"contentType":"Branching Question","license":"U","title":"Count the elements"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":-1,"feedback":{"title":"

Naming Multiple Ionic Charges Metal and Nonmetal - Binary Ionic Compound<\/p>\n","subtitle":"

You will be naming a binary ionic compound which contains a multiple ionic charges cation and non metal.<\/p>\n\n

1. Name the metal first<\/p>\n\n

2. Determine the positive charge on the metal and write as Roman Numeral<\/em> after the name in round brackets.<\/p>\n\n

3. Name the non metal second and change the ending to \"ide\"<\/em><\/strong><\/p>\n\n

Example CuBr\u2082<\/strong><\/p>\n\n

1. Cu = Copper<\/p>\n\n

2. Determine charge = this compound has 2 Br- ions, total ionic charge on anion (2)(-1) = -2<\/strong>; the cation total charge must neutralize that -2 charge. Therefore, the 1 Cu atom will have a 2+ charge: (1)(+2) = +2 <\/strong>which neutralizes the -2 to form the neutral compound. Therefore; use Roman Numeral (II)<\/strong><\/p>\n\n

3. Br = Bromine = change the ending to \"ide\" <\/em>= Bromide<\/p>\n\n

NAME = copper(II) bromide<\/p>\n"},"text":"2 elements (multiple ionic charges metal and a nonmetal)"},{"nextContentId":-1,"feedback":{"title":"

Naming Teritiary Ionic Compounds containing a Metal with Multiple Ionic Charges and a polyatomic ion<\/p>\n","subtitle":"

You will be naming a teritiary ionic compounds containing a metal with multiple ionic charges and a polyatomic ion:<\/p>\n\n

1. Name the metal first<\/p>\n\n

2. Determine the charge on the metal and write as Roman Numeral<\/em> after the name in round brackets.<\/p>\n\n

3. Name the polyatomic ion. (DO NOT change the ending to \"ide\"<\/em><\/p>\n\n

Example <\/strong>Fe\u2082(CO\u2083)\u2083<\/p>\n\n

1. Fe = Iron<\/p>\n\n

2. Determine charge = since there are 3 CO\u2083\u00b2\u207b ions, the ionic charge on anion is (3)(-2)= -6<\/strong>; the cation charge must neutralize that -6 charge. Therefore, since there is 2 Fe atoms each will need to have a 3+ charge; (2)(+3) = +6. The charges neutralize. Use Roman Numeral (III)<\/strong><\/p>\n\n

3. CO\u2083 = Carbonate (no not change the ending of a polyatomic ion)<\/p>\n\n

NAME = Iron(III) carbonate<\/strong><\/p>\n"},"text":"3 or more elements (multiple ionic charges metal and polyatomic ion)"}],"question":"

Count the number of elements in the compound. (How many capital letters are there in the compound?)<\/p>\n"}},"subContentId":"a442de9c-fac6-4893-a5bf-4d16b6e20761","metadata":{"contentType":"Branching Question","license":"U","title":"Metal forms multiple ionic charges"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":6,"feedback":{},"text":"Yes"},{"nextContentId":8,"feedback":{},"text":"No"}],"question":"

Is the first element hydrogen (H)?<\/p>\n"}},"subContentId":"0f90d1eb-f038-48a3-b9db-f6ff3fd4a3b7","metadata":{"contentType":"Branching Question","license":"U","title":"Is the first element hydrogen (H)?"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":7,"feedback":{"title":"","subtitle":""},"text":"Yes"},{"nextContentId":-1,"feedback":{"title":"

Naming acids that do not contain oxygen<\/p>\n","subtitle":"

You are naming an acid that does NOT contain oxygen:<\/p>\n\n

Rules for naming:<\/p>\n\n

(1) Name the acid using the root HYDRO<\/strong><\/p>\n\n

(2) write the root name of the anion and change the ending to \"ic acid<\/em>\"<\/strong><\/p>\n\n

Example 1: HCN<\/strong><\/p>\n\n

starts with H - so an acid; CN- (cyanide) is a polyatomic ion that does not contain oxygen.<\/p>\n\n

Name =<\/strong> HYDROCYANIC acid<\/strong><\/p>\n\n

Example 2: H2S<\/strong><\/p>\n\n

starts with H - so an acid; S2- is a non metal element, sulfur<\/p>\n\n

Name = HYDROSULFURIC acid<\/p>\n\n

<\/p>\n"},"text":"No"}],"question":"

Is this an oxyacid? (does it contain oxygen, O?) <\/p>\n"}},"subContentId":"8bc3c87b-48c9-4da3-841f-e2a89bcd4c32","metadata":{"contentType":"Branching Question","license":"U","title":"It's an ACID!"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":-1,"feedback":{"title":"

naming oxyacids<\/p>\n","subtitle":"

You are naming an oxyacid, which is an acid that contains a polyatomic ion with the element oxygen. Rules for naming poly anions ending in -ate<\/strong><\/em>:<\/strong><\/p>\n\n

(1) Poly anion ending in <\/strong>-ate:<\/em><\/p>\n\n

Write the root name<\/strong> of the poly anion then change the ATE <\/em>ending to <\/em>ic acid<\/strong><\/p>\n\n

Example (1): H\u2082(SO\u2084)<\/strong><\/p>\n\n

SO\u2084\u00b2\u207b<\/strong> ion is called SULFATE<\/strong> (ending is ate<\/em><\/strong>); change the ate<\/em><\/strong> ending to ic acid<\/em><\/strong><\/p>\n\n

NAME = sulfuric acid<\/p>\n"},"text":""ate" ending"},{"nextContentId":-1,"feedback":{"title":"

Naming acids with no oxygens<\/p>\n","subtitle":"

You are naming an acid that does NOT <\/strong>contain oxygen. Rules for naming poly anions ending in -ite<\/strong><\/em>:<\/strong><\/p>\n\n

(1) Poly anion ending in <\/strong>-ite:<\/em><\/p>\n\n

Write the root name<\/strong> of the poly anion then change the ITE <\/em>ending to <\/em>OUS acid<\/strong><\/p>\n\n

Example (1): H\u2082(SO\u2083)<\/strong><\/p>\n\n

SO\u2083^2-<\/strong> ion is called SULFITE<\/strong> (ending is ite<\/em><\/strong>); change the ite<\/em><\/strong> ending to ous acid<\/em><\/strong><\/p>\n\n

NAME = sulfurous acid<\/strong><\/p>\n"},"text":""ite" ending"}],"question":"

You are naming an oxyacid, which is an acid that contains a polyatomic ion with the element oxygen.<\/p>\n\n

Naming depends on the ending <\/strong>on the polyatomic ion. Is the ending on the polyatomic anion ate <\/em>or <\/strong>ite<\/em>? <\/p>\n"}},"subContentId":"56aa0b68-b86b-40db-a8c2-ee0c4ec06220","metadata":{"contentType":"Branching Question","license":"U","title":"ate or ite ending?"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"},{"type":{"library":"H5P.BranchingQuestion 1.0","params":{"branchingQuestion":{"alternatives":[{"nextContentId":-1,"feedback":{"title":"

Type 3 BINARY compounds (2 non metal elements)<\/p>\n","subtitle":"

You are naming a Type 3 BINARY compound (2 non metal elements). You will use the PREFIX system for naming. <\/p>\n\n

The number of each element after the element symbol will tell you how many of that element there is in that compound. Use the correct PREFIX to represent that number when naming<\/p>\n\n

1=mono; 2=di; 3=tri; 4=tetra; 5=penta; 6=hexa; 7=hepta; 8=octa; 9=nona; 10=deca<\/p>\n\n

Follow the RULE below:<\/p>\n\n

(1) Name the first nonmetal element, using correct prefix (except \"mono<\/em>\" NEVER use mono <\/em>for first non metal)<\/p>\n\n

(2) Name the second nonmetal element, using correct prefix (includes mono<\/em>) and change the ending to <\/strong>\"ide\"<\/em> <\/strong><\/p>\n\n

Example: NO\u2082<\/p>\n\n

(1) N = Nitrogen<\/p>\n\n

(2) O\u2082 = 2 oxygens = dioxide<\/strong><\/em><\/p>\n\n

NAME: Nitrogen dioxide<\/strong><\/p>\n\n

<\/p>\n"},"text":"Yes"},{"nextContentId":-1,"feedback":{"title":"

Naming non metal compounds containing polyatomic ions<\/p>\n","subtitle":"

This compound contains either:<\/p>\n\n

(1) two polyatomic ions: a cation (likely NH\u2084, ammonium) and a poly anion<\/p>\n\n

or<\/p>\n\n

(2) a polyatomic cation (likely NH\u2084, ammonium) and a NON metal anion (element from periodic table)<\/p>\n\n

RULES for naming scenario (1) two polyatomic ions: a cation (likely NH\u2084, ammonium) and a poly anion:<\/strong><\/p>\n\n

Name the positive poly ion (cation)<\/p>\n\n

Name the negative poly ion (anion)<\/p>\n\n

DO NOT CHANGE THE ENDINGS of either name.<\/strong><\/p>\n\n

Example scenario (1):<\/strong> (NH\u2084)\u2082Cr\u2082O\u2087<\/p>\n\n

1st poly ion (NH\u2084) is AMMONIUM<\/p>\n\n

2nd poly ion Cr\u2082O\u2087 is DICHROMATE<\/p>\n\n

Name of compound scenario (1) = ammonium dichromate<\/strong><\/p>\n\n

next<\/p>\n\n

RULES for naming scenario (2) a polyatomic cation (likely NH\u2084, ammonium) and a NON metal anion (element from periodic table)<\/strong><\/p>\n\n

Name the positive poly ion (cation)<\/p>\n\n

Write the ROOT name of the negative nonmetal ion (nonmetal from periodic table) and change ending to \"<\/strong><\/em>ide\"<\/em><\/strong><\/p>\n\n

Example scenario (2): NH\u2084Br<\/strong><\/p>\n\n

Name polyatomic cation = NH\u2084: Ammonium<\/strong><\/p>\n\n

Name the nonmetal metal with \"ide\" <\/em>ending; Br = Bromine = BROMIDE<\/strong><\/p>\n\n

Name of compound scenario (2) = ammonium bromide<\/strong><\/p>\n\n

<\/p>\n"},"text":"No"}],"question":"

Does the compound contain 2 non metal elements? (2 capital letters)<\/p>\n"}},"subContentId":"0808a44d-171d-4276-8124-a365207d7da4","metadata":{"contentType":"Branching Question","license":"U","title":"Naming nonmetal compounds"}},"showContentTitle":false,"forceContentFinished":"useBehavioural","feedback":{"subtitle":""},"contentBehaviour":"useBehavioural","proceedButtonText":"Proceed"}],"endScreens":[{"endScreenTitle":"","endScreenSubtitle":"","contentId":-1,"endScreenScore":0}],"scoringOptionGroup":{"scoringOption":"no-score","includeInteractionsScores":true},"startScreen":{"startScreenTitle":"","startScreenSubtitle":""},"behaviour":{"enableBackwardsNavigation":false,"forceContentFinished":false,"randomizeBranchingQuestions":false},"l10n":{"startScreenButtonText":"Start the course","endScreenButtonText":"Restart the course","backButtonText":"Back","disableProceedButtonText":"Require to complete the current module","replayButtonText":"Replay the video","scoreText":"Your score:","fullscreenAria":"Fullscreen"}}}

Naming Compounds Flow Chart (Branching)

Description

Jackie MacDonald