WorksheetsGeneral Urinary System (1-10)
Total questions: 50
Worksheet time: 17mins
The urinary system primarily removes which type of waste from the body?
Carbon-containing wastes
Nitrogenous wastes
Mineral wastes
Fatty acids
Which organs perform the excretory and homeostatic functions of the urinary system?
Ureters
Kidneys
Urinary bladder
Urethra
Which organs store urine temporarily?
Kidneys
Ureters
Urinary bladder
Urethra
The urinary bladder is located:
Anterior to the pubic symphysis
Posterior to the pubic symphysis
Inside the peritoneum
Within the diaphragm
The ureters run:
In front of the peritoneum
Behind the peritoneum
Inside the bladder wall
Through the liver
Ureters transport urine using:
Cilia
Gravity only
Peristalsis
The urinary bladder walls are thick and folded when:
Completely full
Empty
Partially filled
Contracting
The kidneys act first as a blood “filter” and then as a blood:
Destroyer
Processor
Collector
Neutralizer
The lung is part of excretory function because it removes:
Nitrogen
Carbon dioxide
Salts
Urea
Which structure temporarily stores urine before excretion?
Ureter
Kidney
Urethra
Urinary bladder
The superficial kidney region is the:
Renal pelvis
Medullary region
Renal cortex
Renal column
The medullary pyramids are located in the:
Cortex
Renal pelvis
Medulla
The pointed apex of the renal pyramid is called the:
Hilum
Papilla
Column
Calyx
Renal columns are:
Pyramidal structures
Cortex-like tissues separating pyramids
Calyx extensions
Blood vessels
The renal pelvis is continuous with the:
Ureter
Urethra
Cortex
Capsule
16. Calyces collect urine from the:
Medullary columns
Renal capsule
Pyramidal tips
Renal pelvis
The hilum of the kidney is the site where:
Nephrons are located
Ureter exits
Urine is produced
Pyramids form
The medulla appears:
Light pink
Dark reddish-brown
Yellowish
The kidney’s basin-like cavity is called the:
Renal cortex
Renal pelvis
Renal loop
Medullary funnel
The functional units of urine formation are the:
Pyramids
Nephrons
Columns
Calyces
The nephron consists of a renal corpuscle and a:
Renal cortex
Renal pelvis
Renal tubule
Collecting duct
The renal corpuscle contains the glomerulus and the:
Nephron loop
Distal tubule
Glomerular (Bowman’s) capsule
Collecting duct
Podocytes form the:
Outer capsule layer
Visceral layer of glomerular capsule
Thick segment of loop
Distal tubule lining
Filtration slits are formed between:
Podocyte foot processes
Epithelial cells
The arteriole that feeds the glomerulus is the:
Efferent arteriole
Straight artery
Afferent arteriole
Renal vein
The efferent arteriole:
Brings blood to the glomerulus
Receives blood from the glomerulus
Forms filtration slits
Enters the ureter
The glomerulus is specialized for:
Absorption
Peristalsis
Filtration
Secretion
Filtration occurs because the glomerulus has:
High pressure
Low osmotic gradient
No capillary walls
Smooth muscle lining
The peritubular capillary bed functions mainly in:
Filtration
Reabsorption
Storage
Concentration
The renal tubule subdivisions include all EXCEPT:
Proximal convoluted tubule
Nephron loop
Distal convoluted tubule
Juxtamedullary nephrons are located at the boundary of:
Cortex and pelvis
Cortex and medulla
Pelvis and ureter
Bladder and urethra
Cortical nephrons are located mostly:
In the cortex
In the medulla
In the pelvis
Near the urethra
The nephron loop dips deep into the medulla in:
Cortical nephrons
Juxtamedullary nephrons
Both types
Neither
The collecting ducts drain into the:
Calyces → renal pelvis
Ureters directly
Bladder
Renal capsule
Tubular reabsorption moves filtrate components from:
Blood into tubule
Tubule into blood
Ureter into tubule
Bladder into tubule
The ureters are approximately:
5–7 cm
10–12 inches
The urinary bladder is lined with:
Simple squamous epithelium
Transitional epithelium
Cuboidal epithelium
Stratified squamous epithelium
The muscular wall of the bladder is called the:
Psoas muscle
Detrusor muscle
Sphincter muscle
Transitional muscle
The bladder’s triangular region formed by ureter and urethral openings is the:
Papilla
Hilum
Trigone
Column
In males, the prostate surrounds the:
Ureter
Bladder dome
Neck of the bladder
Renal pelvis
The female urethra is approximately:
1–2 cm
3–4 cm
10–12 cm
20 cm
The male urethra is approximately:
5 cm
10 cm
The internal urethral sphincter is:
Voluntary, skeletal muscle
Voluntary, smooth muscle
Involuntary, smooth muscle
Involuntary, skeletal muscle
The external urethral sphincter is:
Involuntary
Made of smooth muscle
Voluntary
Located in the kidney
The urethra functions in males to carry:
Urine only
Sperm only
Urine and sperm
Blood
Micturition refers to:
Filtration
Reabsorption
Urine formation
Bladder emptying
Stretch receptors signal the need to void when the bladder contains about:
50 ml
200 ml
500 ml
1000 ml
The nerves that stimulate bladder contractions are the:
Pelvic splanchnic nerves
Sympathetic trunk
Vagus nerves
Spinal accessory nerves
Urination begins when urine passes first through the:
External sphincter
Glomerulus
Internal urethral sphincter
Renal pelvis
The urge to void is felt when urine enters the:
Bladder
Upper urethra
Glomerulus
Peritubular capillaries
