Gorblin the boblin

Choose a statement that isn't true about the physical properties of ventilation

• Ventilation is directly responsible for the movement of blood in the body.
• Ventilation has no impact on the respiratory system.
• Ventilation is not related to the movement of blood in the body.
• Ventilation is not affected by the lungs.

Choose a statement that isn't true of colloid osmotic pressure

• Colloid osmotic pressure is primarily determined by the concentration of electrolytes.
• Colloid osmotic pressure is not related to oncotic pressure
• Colloid osmotic pressure is not affected by electrolyte concentration
• Colloid osmotic pressure is solely determined by the size of the solute particles

Which function occurs in the junction of the respiratory system

• Nitrogen filtration
• Gas exchange
• Carbon dioxide storage
• Oxygen production

What is surfactant

• A compound that lowers surface tension between two substances
• A tool used for measuring waves in the ocean
• A type of fish found in the ocean
• A substance that increases surface tension between two substances

Which of these statements isn't involved in regulating blood pressure

• Blood pressure is regulated by the amount of oxygen in the body
• Blood pressure is regulated by the heart rate
• Blood pressure is regulated by the amount of water in the body
• Blood pressure is regulated by the amount of sodium in the body

Which capillary prevents highly regulated movements of substances

• Fenestrated capillaries
• Sinusoidal capillaries
• Arteries
• Continuous capillaries

What are tightly conjoined cells called

• fusion cells
• syncytium
• junctions
• merged cells

Pulmonary ventilation starts in the right ventricle then goes where

• aorta
• left atrium
• pulmonary arteries
• pulmonary veins

What is the relationship for frank starling law

• Frank-Starling law is not related to heart function
• The relationship for Frank-Starling law is that stroke volume increases in response to an increase in the volume of blood filling the heart.
• The relationship is that heart rate decreases with increased blood volume
• Stroke volume decreases with an increase in blood volume

Which statement represents total peripheral resistance (CTPR)

• TPR = (MAP + CVP) / CO
• TPR = (MAP - CVP) * CO
• TPR = (MAP / CVP) - CO
• TPR = (MAP - CVP) / CO