chair conformation of CH

The most stable chair conformation of isopropyl-1,1-dimethylcyclohexane

How would i draw the most stable chair conformation of this structure?

I need help drawing chair conformations for each molecule. I need to Include axial and equatorial hydrogen atoms.

Indicate the positions of the labeled groups in this molecule as axial or equatorial in the most stable chair conformation. a CH(CH3)2 a CH(CH3)2 .OH .OH b b c CH3 c CH3 Group a: Group a: Group b: Group b: Group c: Group c:

Draw the Most Stable isomer Projection & Chair Structure by of t New man ring the

Consider the molecule below: Which of the following statements is/are true about the more stable chair conformation? i) There are three equatorial methyl groups. ii) There is angle strain. iii) There is more than one gauche interaction. O i and iii only O i and i only O i only O i only O i and iii only

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Make good three-dimensional drawing of the following molecule to show why it is chiral. Note that it does not satisfy the condition of “four different groups around a carbon”

draw the two chair conformers for the following structures. If one is lower energy, circle the one of each pair .