So What Happened

So what happens if you also have a chlorine atom on the ring that is axial while the tert-butyl group is equatorial  

So what happens to polar molecules, such as water molecules, when they are near an ionic compound, such as sodium chloride The opposite charges electrically attract one another. The positive sodium ions attract the negative side of the water molecules, and the negative chloride ions attract the positive side of the water molecules. This is illustrated in Figure 7.1. Such an attraction between an ion and the dipole of a polar molecule is called an ion—dipole attraction. 

So what happens when the pipeline is filled Two examples illustrate the features of quantitative and qualitative process approaches, and the following sections describe the corresponding models for 

So what happens here You take a compound, a-MT, that is already immune to this oxidase system and is already orally active. Add a 2-methyl group to give 2-Me-a-MT (or 2,a-DMT). And what happens The potency goes down, not up, and by a factor of 10 times. And it ends up being more of a sedative than a stimulant. It would be neat to take advantage of the chiral center (as with a,0-DMT) and see which optical isomer has the sedative properties. 

So what happens if two atoms whose atomic orbitals were vastly different in energy, such as Na and F, were to combine An electron transfers from sodium to fluorine and the product is the ionic salt, sodium fluoride, Na+F . 

So what happens if we force phenol to react again with bromine Will reaction then occur in the meta positions It is possible to brominate 2,4,6-tribromophenol if we use bromine in acetic acid. Account for the formation ofthe product. 

So what happens next I asked. Will you check iftheDNAfiomthe body matches a sampfe from the house  

So what happens when domoic acid stimulates non-NMDA receptors and how does that result in cell damage and cell death Before answering that question we need to make three things clear. Firstly it is important to realise that domoic acid is a much more potent agonist at these receptors than is glutamate. This means that even low concentrations of DOM can produce effects that mimic 

So, what happens if the random variation of the retrospective data is not normal, but has some other distributional form Are x and R charts useful in such a situation The x chart is probably useful, but the R chart is not. 

So what happened in Oahu in 1973 Taking the long view, nothing really happened. But we rarely take the long view, so let s take the view from the 70s. 

You have just learned that water is both an acid and a base. This means that a water molecule can either give or receive a proton. So what happens when one molecule of water donates a proton to another molecule of water The reaction is described by the equation below. 

However, there is a problem here it is unlikely that D, A and F are similar to B, so they carmot inhibit by simple competition, and how on earth can an inhibitor positively regulate a reaction anyway So what happens instead  

That s a true story—more or less. As they say on TV, the names have been changed to protect the innocent. So what happened Why did all the women get headaches Why did Mrs. Madison get sick first Why did she and some of the others get dizzy and faint The immediate assumption, of course, was that something in the workplace had caused the problem. But what There was nothing harmful in the work itself. Virtually no chemicals were used, except a little cleaning solvent on occasion. No other materials of significance were around, and the annex itself was an almost isolated and self-contained room. 

On addition to water, the lattice is destroyed and the solid dissolves to create a conducting solution of solvated sodium and chloride ions in water. Since some short range order still exists between the two ions we may naively picture the solvated solution as follows (Fig. 6.2). So what happens when we insert a piece of metal into solution. 

The present state of the known universe does not seem to confirm that assumption. Antimatter is virtually absent. Antimatter can be made in the laboratory, and there are reasons to believe that it exists in some parts of the universe, but it is far less common—almost nonexistent—in the universe today. So what happened to all of that antimatter that was created 10 to 20 billion years ago  

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