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Class Reports

Teacher Activity Report

This report gives you information about how a teacher performed on a particular activity.


Complete Log Details

Teacher: Garik

Class: QC Class Test

School: Exploring Quantum Concepts

Activity: Hybridization (View Activity Guide)



Action "START OF ACTIVITY" occurred Fri Nov 07 16:15:37 EST 2003
Transition from Introduction to TableContents occurred Fri Nov 07 16:15:36 EST 2003
Transition from TableContents to MoleculeSymmetry occurred Fri Nov 07 16:15:43 EST 2003

Are the electrons distributed with spherical symmetry around the central carbon?
(ID: Hybridization.Q1; Date: Fri Nov 07 16:16:15 EST 2003)

No
Transition from Step1 to Step2 occurred Fri Nov 07 16:16:16 EST 2003

If you had to serve this molecule as an hors dÂ’ouevre, how many equivalent ways could you pass a toothpick through it?
(ID: Hybridization.Q2; Date: Fri Nov 07 16:16:32 EST 2003)

6
Transition from Step2 to Step2No occurred Fri Nov 07 16:16:32 EST 2003

If you had to serve this molecule as an hors dÂ’ouevre, how many equivalent ways could you pass a toothpick through it?
(ID: Hybridization.Q2; Date: Fri Nov 07 16:16:37 EST 2003)

4
Transition from Step2 to Step3 occurred Fri Nov 07 16:16:37 EST 2003
Transition from Step3 to Step4 occurred Fri Nov 07 16:16:47 EST 2003

Orbitals
(ID: Hybridization.Q4; Date: Fri Nov 07 16:17:15 EST 2003)

2s

What is the symmetry of this orbital?
(ID: Hybridization.Q3; Date: Fri Nov 07 16:17:15 EST 2003)

cylindrical symmetry
Transition from Step4 to Step5 occurred Fri Nov 07 16:17:15 EST 2003

Orbitals
(ID: Hybridization.Q4; Date: Fri Nov 07 16:17:27 EST 2003)

2py

What is the symmetry of this orbital?
(ID: Hybridization.Q3; Date: Fri Nov 07 16:17:27 EST 2003)

cylindrical symmetry
Transition from Step5 to Step5End occurred Fri Nov 07 16:17:28 EST 2003
Transition from MoleculeSymmetry to SigmaBonds occurred Fri Nov 07 16:17:38 EST 2003
Transition from Step6 to Step7 occurred Fri Nov 07 16:17:45 EST 2003

Can you construct the methane molecule, with its tetrahedral symmetry, with the sigma bonds that are formed between individual H atoms and a C atom?
(ID: Hybridization.Q5; Date: Fri Nov 07 16:17:52 EST 2003)

No
Transition from Step7 to Step9 occurred Fri Nov 07 16:17:52 EST 2003
Transition from SigmaBonds to HybridOrbitals occurred Fri Nov 07 16:18:02 EST 2003
Transition from Step10 to Step11 occurred Fri Nov 07 16:18:07 EST 2003
Transition from Step11 to Step12 occurred Fri Nov 07 16:18:09 EST 2003
Action "END OF ACTIVITY" occurred Fri Nov 07 16:19:02 EST 2003

Action "START OF ACTIVITY" occurred Tue Nov 18 11:30:50 EST 2003
Transition from Introduction to TableContents occurred Tue Nov 18 11:30:50 EST 2003
Transition from TableContents to MoleculeSymmetry occurred Tue Nov 18 11:30:52 EST 2003

Are the electrons distributed with spherical symmetry around the central carbon?
(ID: Hybridization.Q1; Date: Tue Nov 18 11:30:59 EST 2003)

Yes
Transition from Step1 to Step1No occurred Tue Nov 18 11:30:59 EST 2003
Transition from Step1No to Step2 occurred Tue Nov 18 11:31:02 EST 2003

If you had to serve this molecule as an hors dÂ’ouevre, how many equivalent ways could you pass a toothpick through it?
(ID: Hybridization.Q2; Date: Tue Nov 18 11:31:04 EST 2003)

4
Transition from Step2 to Step3 occurred Tue Nov 18 11:31:04 EST 2003
Transition from Step3 to Step4 occurred Tue Nov 18 11:31:08 EST 2003

Orbitals
(ID: Hybridization.Q4; Date: Tue Nov 18 11:31:13 EST 2003)

2s

What is the symmetry of this orbital?
(ID: Hybridization.Q3; Date: Tue Nov 18 11:31:13 EST 2003)

spherical symmetry
Transition from Step4 to Step5 occurred Tue Nov 18 11:31:13 EST 2003

Orbitals
(ID: Hybridization.Q4; Date: Tue Nov 18 11:31:19 EST 2003)

2py

What is the symmetry of this orbital?
(ID: Hybridization.Q3; Date: Tue Nov 18 11:31:19 EST 2003)


Action "END OF ACTIVITY" occurred Tue Nov 18 11:31:19 EST 2003

Last Update: 07/06/2004 Maintainer: Modeling Across the Curriculum (mac-help@concord.org)
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