Q1 . Reactions that have unfavorable energetics (i.e +free energy) in metabolic pathways may be driven to completion by which of the following processes ?
-coupling.........................answer
-allosterism
-modifica
Q3. infusion of hypertonic NaCl solution will
- increase extracellular osmolarity only...............answer
- decrease intracellular osmolarity only
- decrease extracellular volume and increase extracellular volume
- increase both intracellular and extracellular volumes
- decrease both intracellular and extracellular volumes
Q4. Reflex after-discharge can be explained in terms of
- ant. horn cells
- afferent nerve fibers
- neuromuscular junction
- internuncial pool circuit....answer
- none of the above
Q7. If two vessels are connected in parallel, their total resistance to blood flow is
- the sum of their individual resistances
- the average of their individual resistances
- greater than if they were connected in series
- equal to the resistance of smaller vessel
- less than the resistance of either vessel........answer
Please explain the concepts related to these questions with answers. any help is greatly appreciated .
Reactions that have unfavorable energetics (i.e +free energy) in metabolic pathways may be driven to completion by which of the following processes ?
-coupling.........................answer
-allosterism
-modifica
Q3. infusion of hypertonic NaCl solution will
- increase extracellular osmolarity only...............answer
- decrease intracellular osmolarity only
- decrease extracellular volume and increase extracellular volume
- increase both intracellular and extracellular volumes
- decrease both intracellular and extracellular volumes
Q4. Reflex after-discharge can be explained in terms of
- ant. horn cells
- afferent nerve fibers
- neuromuscular junction
- internuncial pool circuit....answer
- none of the above
Q7. If two vessels are connected in parallel, their total resistance to blood flow is
- the sum of their individual resistances
- the average of their individual resistances
- greater than if they were connected in series
- equal to the resistance of smaller vessel
- less than the resistance of either vessel........answer