Assume that you identify a set of conditions under which glycolysis and gluconeogenesis occur in parallel and at the same rate. What do you expect in terms of the net energetics of this system?

Group of answer choices

neither gain nor loss of high energy bonds

loss of four high energy bonds

gain of three high energy bonds

gain of one high energy bond

loss of two high energy bonds

Consider the following inter-conversion, which occurs in glycolysis: Fructose-6-phosphate ↔ Glucose-6-phosphate Keq’ = 1.97 What is ΔG°’ for the reaction (Keq’ measured at 25°C; and R=8.314 J•mol-1•K-1)? (b) If the concentration of fructose-6-phosphate is adjusted to 1.5 M and that of glucose- 6-phosphate is adjusted to 0.50 M, what is ΔG? (c) Why are ΔG°’ and ΔG different?

1. In the boxes in the flow chart below, follow the flow of carbon atoms in the complete oxidation of glucose by indicating the beginning and ending molecules in each of the steps of cellular respiration starting with 1 molecule of glucose. Be sure to include the number of molecules of each type of molecule made from 1 molecule of glucose at each step. (Do not include other molecules made like NADH and ATP).

                               Glycolysis                 Pyruvate Processing               Citric Acid Cycle

Many molecules play multiple regulatory roles in cellular processes. Give an example of a molecule that plays more than one role in regulating the reactions we've learned about this week, and explain why it acts in the same OR a different manner in each instance.

The molecule I am choosing is pyruvate but what other reactions does pyruvate regulate besides glycolysis and how? please help, I am very confused.

Human Resource Planning (HRP) represents a significant improvement on traditional Manpower Planning exercise.

To what extent does HRP represent an improvement towards an organisation’s assessment of it human resource needs?

1.0 Introduction

2.0 Human Resource Planning (HRP)

     2.1 Definition of Human Resource Planning

     2.2 Role of Human Resource Planning

     2.3 Objectives of Human Resource Planning

      2.4 Process of Human Resource Planning

The building blocks of fats are called fatty acids and contain a lot of carbon atoms. They vary depending on a little structure called a double bond.
Let’s start by talking about the role of fat in the diet

Which of the following pairs of acids are incorrectly ordered?

stronger acid                weaker acid

a) HF                               HI

b) PH3                            NH3

c) HF                               NH3

d) H2S                            H2O

e) H2O                           NH3

What are the “building blocks” of proteins, nucleic acids, and lipids? How do they play a key role in biophysical modeling on the molecular scale? In other words, why do we focus on these building blocks?