The hydrostatic pressure in a capillary in skeletal muscle is 37 mmHg at the arteriolar end and 14 mmHg at the venular end. The interstitial fluid hydrostatic pressure is 0 mmHg. The colloid osmotic pressure is 25 mmHg in the capillary and 1 mmHg in the interstitium. The net force producing fluid movement across the capillary wall at its arteriolar end is:
A. 13 mmHg out of the capillary
B. 13 mmHg into the capillary
C. 3 mmHg out of the capillary
D. 11 mmHg out of the capillary
E. 3 mmHg into the capillary
Select your answer:
Topics:
Cariology Restrictive Respiratory Disorders Muscular System Movements Toxicology Skin Structure and Growth Respiratory System The Nervous System and The Senses The Cardiovascular System OCR A-level Microorganism - Diseases Special Senses How the Eyes work Bonding and the Periodic Table Cell and Tissue Sarcomere Anatomy Bones AnatomyOther quiz:
Regulation of Urine Formation › ViewHow can urine be used to diagnose diabetes?
A. There would be blood in the urine
B. There would be glucose in the urine
C. There would be proteins in the urine
D. There would be salt in the urine
Mnt For Pulmonary Disease and Adverse Reactions to Food › View
The ff are dietary intervention for COPD except
A. small, frequent feeding
B. Na controlled
C. Avoid gas forming foods
D. None of the above