Two distinct products of the reaction could emerge, both of which might turn out to be stereoisomers of one another.
<h3>What is the number of products?</h3>
We now understand that the chemical as demonstrated can experience monobromination, and the resulting compound is the same compound. However, due to the reaction's nature, we would have two steroisomers.
Given the reaction's process, we are aware that there are two distinct reaction products that may turn out to be stereoisomers of one another.
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The answer is N. Hope this helped
Density = 0.186 g/cm^3
Step 1. Calculate the <em>volume</em> of the block
V = lwh = 9.8 cm × 5.6 cm × 4.2 cm = 230 cm^3
Step 2. Calculate the <em>density
</em>
Density = mass/volume = 42.8 g/230 cm^3 = 0.186 g/cm^3
(<em>There is no metal with this low a density</em>.)
