1. Consider the system, A + B <===> C + D at 25 °C. What is the total free energy change of this system if the total enthalpy change of the system is -3145 J/mol.K and the total entropy change is +0.47 kJ/mol.K ?
Is the system described in problem #1 endothermic or exothermic?
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Is the system described in problem #1 endergonic or exergonic? _________________________
2. If the total free energy change of the system X + Y <===> X-Y at 37 °C is +2618.2 J/mol and the total entropy change is -173.5 J/mol.K , what is the total enthalpy change?
Is the system described in problem #3 endothermic or exothermic? _________________________
Is the system described in problem #3 endergonic or exergonic? _________________________
Use diagrams and equations to distinguish between the three general types of allometric relationships.
Explain how gas secretion into the swimbladders of bony fish is possible.
explain how inheritance is a prerequisite for evolution.
What features of the respiratory system help protect it from the external environment? (Short answer please)
What is the morphologic interest that happens to the cytoplasm during cell injury
Can you explain why a certain amount of Reactive oxygen species (ROS) could be beneficial (mitohormesis concept) despite larger quantities being harmful?
Has any research been done investigating possible means of reducing the rate
of mtDNA mutation? please explain
Do accumulated mutations in mitochondria result in altered rates of
apoptosis with aging? please explain
Is the decreased mitophagy observed with age at all related to changes in
lysosome function with age?