The temperature in Part (d) is the absolute zero of temperature. Lord Kelvin suggested that we set up a scale on which that temperature is OK. On that scale, T=t+ k. Show that, on the Kelvin scale, your equation reduces to P= mil.

On the molecules on the back page, circle and label all of the functional groups that you see (identified in the table above). Please note the following tips that may help you on this assignment: If a molecule contains –COOH, or a C double bonded to an O and single-bonded to an –OH, the functional group you circle is only the carboxyl, not a carboxyl, carbonyl, and hydroxyl separately). Phosphate groups are tricky – any P surrounded by 4 O’s is a phosphate – adjacent phosphates may share an O, and sometimes the O is in the form of OH. There is often shorthand that is used in drawing these structures – if you see a jagged line or ring structure, assume that carbon is at each corner. There may be ionized forms of the functional groups above (such as NH2 or NH3+) – these are the same functional groups. The order of the atoms in the functional group may be switched, depending on which side of the molecule it is on. For example, “—NH3” and “H3N—“  are the same thing.

Which compound is acidic(increasing order)

For the following reaction, identify the Brønsted-Lowry acid, base, the conjugate acid and base. Draw the correct curved arrow mechanism. predict the position of the equilibrium and identify the most acidic compound (stronger acid) and most basic compound (stronger base) || OH ||| . + IV