We’re being askedto identify the molecular geometryofCBr4. The feasible molecular forms are:


To carry out so, we initially must draw aLewis framework for CBr4. For this, we must execute the adhering to steps:

Step 1:Determine the central atom in this molecule.

You are watching: Predict the shape and lewis structure for cbr4

Step 2:Calculate the full number of valence electrons current.

Tip 3:Draw the Lewis framework for the molecule.

Step 4:Determine the molecular geometry of the molecule.


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Q.The ion CH5+, can create under incredibly one-of-a-kind high-power problems in the vapor phase in a mass spectrometer.Predict the geomeattempt for CH5+.

What clinical principle do you must know in order to resolve this problem?

Our tutors have shown that to settle this trouble you will have to apply the Electron Geomeattempt principle. You deserve to view video lessons to learn Electron Geometry. Or if you need more Electron Geometry practice, you can also practice Electron Geometry practice problems.

What is the challenge of this problem?

Our tutors rated the challenge ofDetermine the molecular geomeattempt of CBr4....as medium challenge.

How lengthy does this trouble take to solve?

Our skilled Chemistry tutor, Sabrina took 4 minutes and 6 seconds to settle this trouble. You deserve to follow their steps in the video explanation above.

What professor is this trouble appropriate for?

Based on our information, we think this difficulty is pertinent for Professor Tang's class at USF.

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