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- >@Disable Forward
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-
-
-
- @AtGraphic 205,73
- @Picture *ACB10_02.bmp
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- '@AtGraphic 207,174
- '@Picture *ACB10_10.bmp
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-
- @Animation CurieLowerBanton,CurieTapBanton,CurieRaiseBanton,CurieRaiseLeftArm,CurieWave,CurieLowerLeftArm
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- @PlaySoundFile ACB30_01.wav
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- @At 135,15
- Ionic compounds are represented by electronic configuration diagrams.
- @WaitForSoundToFinish
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- @WaitForSoundToFinish
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- @CreateAnimate ACB10,*ACB10_,3,10,200,true
- @StartAnimate ACB10,true,true,true
- @Prompt
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- @At 192,292
- A sodium electron has been #bdonated#b to chlorine.
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-
- @Enable Forward
- . Click and drag the sodium #crNUCLEUS#cb into the
- #t#tbonding panel
-
- #t#. Click on the #crSECOND#cb atom (Cl), again it's electonic
- #t#tconfiguration will appear
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- #t#. Click and drag the chlorine #crNUCLEUS#cb into the
- #t#tbonding panel
-
- #t#. The bonding panel will now divide into #crMETALS#cb
- #t#tand #crNON-METALS#cb
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- #t#. Click and drag the #crEXTRA#cb electron from the
- #t#tsodiumand drop it onto the Chlorine atom
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- #t#. Tou will notice the Sodium and Chlorine atoms
- #t#thave changed into #crIONS#cb
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- #t#. Click on #crFORWARD#cb to see if you have bonded
- #t#tthe atoms correctly.
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- @PlaySoundFile ACB30_02.wav
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- @At 131,245
- @Answer Na+Cl-
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- @Feedback Wrong
- @At 135,300
- #b#crFollow the instructions again.
- @PlaySoundFile ACB30_04.wav
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- @Feedback Correct
- #bWell done!#b you have created a ionic
- bond between sodium and chlorine.
- @PlaySoundFile ACB30_03.wav
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- hlorine.
- @PlaySoundFile ACB30_03.wav
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-