CVS
Respiratory
Muscular
Skeletal
Nervous
100

What is the difference between systemic and pulmonary circulations

1.Systemic (Between the body and the heart)

2.Pulmonary (between the lungs and the heart)

100

Name two functions of the respiratory system?

Inspiration and Expiration

Gaseous Exchange

100
What are the three muscle types? Give one characteristic

Cardiac: Involuntary 

Skeletal: Voluntary

Smooth: Involuntary

100
Name two functions of the skeletal system?

Support

Protection

Mineral Storage

Movement

RBC production

100

What are the two divisions of the nervous system and what are they comprised of

CNS: Brain and Vertebrae

PNS: Autonomic and Peripheral

200

What is the difference between coronary arteries and veins and pulmonary arteries and veins.

Coronary Veins: Transport deoxygenated blood away from the myocardium, towards the right atrium to remove waste

Coronary Arteries: Oxygenated blood to the myocardium, from the aorta to supply it with nutrients.

Pulmonary Arteries: Deoxygenated blood from the heart to the lungs

Pulmonary Veins: Oxygenated blood from the lungs back to the heart

200

Name the components of the upper respiratory tract

Nasal cavity, oral cavity, pharynx and Larynx

200

Name the muscles in the hamstring?

Rectus Femoris

Vastus Lateralis

Vastus Medialis

200

What is the difference between the axial and appendicular skeleton?

Axial: Skull, Vertebrae and ribs

Appendicular: Upper and Lower Extermities 

200

Name the two divisions of the Peripheral NS?

Somatic

Autonomic

300
Name the 5 components of a blood vessel

Arteries

Arterioles

Capillaries

Venules

Veins

300

Explain the process of gaseous exchange?

The oxygen you breathe in diffuses through the alveoli into the capillaries into the blood.

The carbon dioxide you breathe out is diffused from the capillaries to the alveoli, up the bronchial tree and out of the mouth 

300

What is the difference between an agonist and antagonist muscle? Give an example

A agonist is the primary muscle involved in creating specific movement (contracting). An Antagonist opposes the action of the agonist (relaxing). Bicep Curl (Bicep- Agonist) (Tricep- Antagonist)

300

Name the parts of the vertebrae?

Cute Tiny Llamas Sing Constantly

Cervical (C1- C7)

Thoracic (C1-C12)

Lumbar (L1-L5)

Sacrum (S1-S5)

Coccyx: 4 fused bones

300

Name the two types of reflexes?

Autonomic 

Somatic

400

Name two functions of the heart?

Thermoregulation

Protection

Elimination of toxin from the body

400

What happens to the diaphragm during inspiration and expiration

Inspiration: Contracts and flattens

Expiration: Relaxes and becomes dome shaped

400

What is the difference between strains and sprains

Strain: Overstretch of a ligament 

Strain: Overstretch of a tendon

400

Name the two types of bones?

Compact: Hard and Dense

Cancellous/ Trabecular: Soft and less dense

400

List the four lobes of the brain?

Parietal

Temporal

Occipital

Frontal

500

A patient records a blood pressure of 180/90

What are they experiencing?

What does this mean?

How to maintain this?

Hypertension/ HBP

Pressure exerted on the walls during contraction and relaxation

Regular Exercise

500

Explain how the respiratory system helps maintain homeostasis when blood carbon dioxide levels increase during exercise.

When we exercise, our muscles make more carbon dioxide (CO₂).

This builds up in the blood and can make it too acidic.

The body needs to fix this to stay in balance (homeostasis).

Chemoreceptors in the body notice the extra CO₂ and send messages to the brain stem. The brain then tells the lungs to breathe faster and deeper.

This helps remove the extra CO₂ from the blood.

As a result, the level of CO₂ goes back to normal, and the body stays in balance.

500

Name two ways to maintain a health muscular system?

Regular exercise

Balanced Diet

Adequate sleep

500

Name the 5 types of bones

Flat

Irregular

Sesamoid

Short

Long

500

Name two functions of a neuron?

- Ability to respond to a stimuli and convert it into a nerve impulse
- Ability to transmit the impulses to other neurons, muscles or glands