Mass transport This allows the efficient supply of materials over large distances. It takes the form of a transport system.

Slides:

Advertisements

Similar presentations

Heart Structure.

Advertisements

DO NOW: 1. Draw a flow chart showing how blood travels from the body systems to the lungs (start at vena cava & end at vena cava). Include the four chambers.

Heart Objectives Describe the location and surface anatomic

Superior vena cava The superior vena cava carries deoxygenated blood to the heart. The blood comes from the upper body.

13.5 Circulatory System of a Mammal Circulatory System of a Mammal Learning Objectives: Over large distances, efficient supply of materials is provided.

Section 3.2: Circulatory System SNC2DP MRS. FRANKLIN.

Circulatory System Chapter 2.2 Notes Part 2. Parts of the Heart Heart – left-right are reversed in diagrams (diagram p. 88) pumps 4L of blood/minute muscular.

Heart  Lungs  Heart  Body

The Cardiovascular System. Learning Outcomes Blood circulates from the heart through the arteries to the capillaries to the veins and back to the heart.

Right Lung Left Lung.

Jeopardy Definitions True/False Blood Vessels Parts of the Heart Miscellaneous Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final.

Distributing materials Key understanding: To discuss features of effective transport systems and give examples of transport systems in multicellular organisms.

The Structure of the Heart Learning Objectives: Label the parts of the heart. Label the parts of the heart. How is the structure of the heart related to.

Circulatory System Notes. Pulmonary Circulation: Lungs, oxygen into blood, carbon dioxide out Systemic Circulation: Moves blood to body (not to heart.

THE CARDIOVASCULAR SYSTEM

The heart and its parts. Blood Vessels Artery – a blood vessel that moves blood away from the heart Vein – a blood vessel that moves blood towards the.

Blood Vessels. Our Goals Today... Explain the difference between the five types of blood vessels. – Arteries, Veins, Arterioles, Venules and Capillaries.

The Circulatory System. 3 Main Functions 1. Transport Oxygen from lungs 2. Transport Carbon Dioxide to lungs 3. Carry nutrients to body.

The Heart Your heart is about the same size as your fist. An adult’s heart is about two fists. An average adult body contains about five quarts of blood.

HEART Diagram. Bypass The Coronary Circulation Figure 12-7(a)

Section 1 – The Circulatory System

Circulatory System. Circulatory System works like roads in the body – Works with Respiratory System to deliver Oxygen and remove Carbon Dioxide – Works.

HEART Made of cardiac muscle

The Human Heart By Salvatore V. Lapadula Facts about the Human Heart Is a muscle Moves 2,000 gallons of blood each day Beats between 60 to 100 times.

Aim: How is blood circulated in the human heart? I. Heart Circulation A. Heart is divided into 2 sides (left and right) 1. Left side contains oxygenated.

Blood Vessels Figure 37-5 The Three Types of Blood Vessels Vein Artery

Blood Flow Through the Heart. Right Lung Left Lung.

(Lub dub, lub dub).  You will need to be able to label the following parts of the circulatory system AND know what their “job” is:  Left and right atrium.

 I can list the functions of the circulatory system.  I can give examples of materials needed by cells to function.  I can give an example of waste.

Circulatory system Putting it all together. What are the 4 main components of blood?

Heart Parts Superior Vena Cava- collects deoxygenated blood from the upper regions of the body and returns it to the right atrium. Right Atrium- chamber.

The Circulatory System: Blood Vessels. 3 types of blood vessels Arteries  carry blood AWAY from heart (reminder tip: think “A” for Away) Veins  carry.

Introduction to the Circulatory System. Where does blood go? Blood vessels carry blood to every part of the body Blood carries oxygen and nutrients to.

The Heart - Structure Right ventricle Vena cavae Aorta Right atrium Pulmonary artery Pulmonary veins Left atrium Bicuspid valve Left ventricle Cardiac.

QUIZ. Question 1  What makes the ‘lub’ sound in a heartbeat?  The atrioventricular valves closing.

This is a heart diagram to help you understand the flow of blood through the heart. Please label and color code your diagram. You will not be asked to.

Blood Vessel Notes. Arteries Carry blood away from the heart Thick walls- carry fast and furious rush of blood Elastic Very smooth- to help prevent clots.

Growth and Development of different organisms

Heart Structure.

INSTRUCTIONS: This will help you to create your own summary.

The Heart Read through the questions and get ready to answer as you watch the video! Video.

Circulatory/ Cardiovascular System

Flow of the Blood Through the Heart

The Circulatory System

Page 24 Excretory Organ Function Superior vena cava Inferior vena cava

Science 8: Cells & Systems

Structure & Function Heart

The Circulatory System

Circulatory System Blood Vessels.

Circulatory System The Circulatory system serves 3 main functions:

Heart  Lungs  Heart  Body

Lesson Starter What 4 types of cells make up blood?

Blood Vessels and The Heart

Heart  Lungs  Heart  Body

Blood FLOW Blood flows from atrium to the ventricles

The Heart Knowledge Organiser The Structure of the Heart

The Circulatory System

The Heart How the Blood Flows:.

Circulatory System Blood Flow DHO 7.8, pg

Mammalian Blood Vessels.

Heart  Lungs  Heart  Body

Heart  Lungs  Heart  Body

Heart Structure.

4 Chambers The Human heart is a 4 Chambered heart

Presentation transcript:

Mass transport This allows the efficient supply of materials over large distances. It takes the form of a transport system.

Pg 184: Features of a transport system: A suitable medium to carry materials e.g. blood A form of mass flow to transport the medium over large distances A closed system of vessels A mechanism for moving the transport medium and in one direction A mechanism of controlling the flow depending on the organisms needs.

The blood system

Pulmonary artery Pulmonary vein Aorta Vena cava

Oxygenated and deoxygenated blood

Read page 185 of your text book and complete page 17 and the top of pg 18 of your booklet now Answer the summary questions on page 185 of the text book.