Consider the C# method below for determining whether a given list of code words satisfies the prefix property. Note that there is a logical error in this method. Also note that the StartsWith method determines whether its parameter is a prefix of the invoking string; for example, “10110”.StartsWith(“101”) returns true, but “101”.StartsWith(“10110”)} returns false, and “11010”.StartsWith(“101”) returns false. public bool hasPrefixProperty(List code) {     for(int i = 0; i < code.Count; i++)     {         for(int j = 0; j < code.Count; j++)         {             if (code.StartsWith(code))             {                 return true;             }         }     }     return false; } (a) (10 points) Explain and fix the logical error in the hasPrefixProperty method. In all subsequent questions, assume that this error has been fixed. (b) (20 points) Find a reasonable estimate for the best-case time-complexity of the StartsWith method of the string class called in the method above. You do not need to write code, but you can if it helps you explain your answer. (c) (10 points) What is the best-case scenario for the hasPrefixProperty method? (d) (10 points) Find a good estimate for the best-case time-complexity of the hasPrefixProperty method. (e) (15 points) Find a good upper bound for the worst-case time-complexity of the the StartsWith method. You do not need to write code, but you can if it helps you explain your answer. (f) (20 points) Find a good upper bound for the worst-case time-complexity of the the hasPrefixProperty method. You do not need to find the exact worst-case time-complexity here, but try not to give an unreasonably large upper bound. (g) (20 points) Suggest how the hasPrefixProperty method could be modified to improve its worst-case time-complexity.

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Match each of the non-protein nitrogen containing molecules below (left) with its description (right).

Select the true statements regarding cancer and cachexia (select ALL that apply).

The three major dietary monosaccharides are:  The three major dietary disaccharides are:  Three examples of dietary fibers are: The essential fatty acids contain carbons. Their names are: Oleic acid contains carbons, and double bonds. Three derivatives of cholesterol are: The two glucose sensing organs include the and . They express GLUT-. List energy densities (with units): Carbohydrates: Lipids: Protein: Ethanol: List three TCA cycle metabolites:  The two incretin hormones are:   

Free Response #2:  Macronutrient metabolism in the liver during energy surplus & starvation.

Paragraph 2: Metabolic fates of amino acids in enterocytes.  Your response must state the 3 potential metabolic fates of amino acids in enterocytes and provide at least one molecular detail about each metabolic fate.

Match each starvation stage (left) with its primary source of blood glucose (right).

Paragraph 3: Hepatic ketogenesis (KG) & gluconeogenesis (GNG) during starvation.  First, describe the hormonal and biochemical conditions that predominate in the liver during starvation.  Then, describe the processes of hepatic KG and GNG in terms of incoming circulating fuels and the inputs and outputs of specific metabolic pathways, including TCA cycle metabolites.