covers body systems overview 3.3 cardiovascular system respiratory system

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Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

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100 - Q What is pulmonary circulation & systemic circulation? Which side of the heart does each?

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Page 1: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

Covers Body Systems overview3.3Cardiovascular SystemRespiratory System

Page 2: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

Human Body Systems Test Review!

The Heart

The Cardio-vascular System

Body Systems in general

The Respiratory

System3.3

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Page 3: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - QWhat is pulmonary

circulation & systemic circulation?

Which side of the heart does each?

Page 4: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - APulmonary circulation: blood from right side of heart to lungs and back.

Systemic circulation: blood from left side of heart to body and back.

Page 5: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - QPractice labeling all the parts of the heart!

Page 6: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - ANote: you do NOTNeed to know the names of the valves.Just be able to label “valve” forEach.

Page 7: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - QWhich side of the heart has oxygenated blood?

Page 8: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - ALEFT!

Page 9: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - QDefine White blood cells

Page 10: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - AWhite Blood Cells (WBCs) fight off pathogens like viruses & bacteria to keep you healthy!

Page 11: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - QWhat type of vessels have valves?

Page 12: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - AVeins have valves!

Arteries and capillaries don’t

Page 13: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 -QWhat are the four parts of blood and their

functions?

Page 14: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - ARed blood cells: carry oxygen/carbon dioxide.White blood cells: fight infections.Platelets: helps blood clot.Plasma: liquid part of blood, has dissolved

nutrients and waste.

Page 15: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - QIs this capillary found in the body or in the

lungs? How do you know?

Page 16: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - AIt is found in the body because oxygen is being delivered. (also there are

no visible alveoli).

Page 17: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - QDefine arteryCapillary Vein

Page 18: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - AArtery: blood flows away from the heart in

these vessels; most contain oxygenated blood (except pulmonary artery)

Capillaries: gas exchange occurs between cells & blood here

Veins: blood flows back towards the heart in these vessels; most contain deoxygenated blood (except pulmonary vein); contains valves to keep blood moving one way

Page 19: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - QDefine atriumVentricleValve

Page 20: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - AAtrium: upper chamber of heart; collects blood

Ventricle: lower chamber of heart; pumps blood

Valve: one-way doorway to prevent the backflow of blood; found in heart & veins

Page 21: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - Q

What is gas exchange and how is it different in the lungs and in the body?

Page 22: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - A

In the lungs, oxygen is being picked up and carbon dioxide is being dropped off.

Gas exchange is the exact opposite in the cells of the rest of the body; oxygen gets dropped off and CO2 gets picked up.

Page 23: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - QGive the major organs/structures of each body system:

Excretory systemDigestive system

Page 24: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - A Give the major organs/structures of each body

system:

Excretory system – bladder, kidneysDigestive system – stomach, intestines

Page 25: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - QCompare and contrast the job of the atria and ventricle

Page 26: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - ACompare and contrast the job of the atria and ventricle

The atria collects blood

The ventricles pump blood out of the heart

Page 27: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - QHow is the gall bladder related to the villi?

Page 28: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - AThe gall bladder stores bile. Bile is used to help break down fats in the small intestines so that they can be absorbed by the villi.

Page 29: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - QHow is the alveoli related to the circulatory system?

Page 30: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - AHow is the alveoli related to the circulatory system?

The alveoli are surrounded by capillaries from the circulatory system. When air moves into the alveoli, oxygen is absorbed into the capillaries and carbon dioxide is diffused into the alveoli from the capillaries.

Page 31: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - QIf your valves in your heart stop working well, what will happen?

Page 32: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - AIf your valves in your heart stop working well, what will happen?

Blood will be able to go backwards in the heart (for example, some blood from the ventricle will go back into the atrium). The result will be that the heart will not work as well to be able to pump blood.

Page 33: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - QLabel the following:

Page 34: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - A

Page 35: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - Q What happens in the alveoli?

Page 36: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - AGas exchange! Oxygen is picked up by the blood and carbon dioxide is released.

Page 37: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - QDescribe inhalation and exhalation.

Page 38: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - ADuring inhalation, your rib muscles contract and make your rib cage bigger. Your diaphragm contracts and pulls in air. When you exhale, the diaphragm relaxes, the rib muscles relax, and you expel air through your nose/mouth.

Page 39: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - Q What systems work together for respiration?

Page 40: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - AYou breathe in through your respiratory system, but then the oxygen is picked up by the blood and delivered throughout the body via the circulatory system.

Page 41: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - QWhat is cellular respiration?

Page 42: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - ADuring cellular respiration your mitochondria use oxygen and glucose (sugar) from your food to make energy in the form of ATP. The waste product is CO2, (and a little bit of water).

Page 43: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - QA group of tissues working together is a

Page 44: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

100 - AOrgan!

Page 45: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - QRed blood cells….

Page 46: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

200 - ARBCs Carry oxygen!

Page 47: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - QPlatelets…

Page 48: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

300 - APlatelets… help clot the blood

Page 49: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - Q

If your white blood cell count is low, what would happen?

Page 50: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

400 - AIf your white blood cell count is low, what would happen?

You are more prone to infection (remember that white blood cells fight pathogens/infection).

Page 51: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - QOther than the veins, what other part of the cardiovascular system has valves?

Page 52: Covers Body Systems overview 3.3 Cardiovascular System Respiratory System

500 - AOther than the veins, what other part of the cardiovascular system has valves?

THE HEART!!!