Circulatory System

Views:
 
     
 

Presentation Description

No description available.

Comments

By: bjpgmm (28 month(s) ago)

shaii i use this ppt for zoology class?

By: lfitri (30 month(s) ago)

This is a wonderfull presentation, Can I use this ppt for my class? Thank You

By: ecnerwal_bsn (30 month(s) ago)

hello there,,,, im about to teach on this topic,,,may i ask for your permission to use this presentation of yours? ecnerwal_bsn@
yahoo.com.......

By: mariel7 (31 month(s) ago)

can i use this as a pattern in my presentation for our bio class plz?... tnx...!

By: sahilsadwani (32 month(s) ago)

can i pls use this for my bio class?

By: sahilsadwani (32 month(s) ago)

yes

 
See all

Presentation Transcript

(L)The Cardiovascular System : 

- The Body’s Transport System (L)The Cardiovascular System (R)The cardiovascular system carries needed substances to cells and carries waste products away from cells. In addition, blood contains cells that fight disease.

(L)The Heart : 

- The Body’s Transport System (L)The Heart (R)The heart is a hollow, muscular organ that pumps blood throughout the body. The right side of the heart is completely separated from the left side by a wall of tissue called the septum. Each side has an upper chamber, or atrium, and a lower chamber, or ventricle.

Heart Activity : 

Heart Activity - The Body’s Transport System

(L)The Heart : 

- The Body’s Transport System (L)The Heart (R)As blood flows out of the heart and toward the lungs, it passes through a valve like the one here; which prevents the backflow of blood.

(L)Two Loops : 

- The Body’s Transport System (L)Two Loops (R)Blood circulates through the body in two loops, with the heart at the center. In the first loop, blood travels from the heart to the lungs and then back to the heart. In the second loop, blood is pumped from the heart throughout the body and then returns to the heart.

(L)Two Loop System : 

(L)Two Loop System Loop Right side Loop One Loop Two Side of Heart Where Loop Starts Where Blood Flows to Where Blood Returns to Left side Lungs Left atrium Body Right atrium (R)

Video: Circulatory System : 

Video: Circulatory System - Blood and Lymph

(L)Blood Vessels : 

- A Closer Look at Blood Vessels (L)Blood Vessels (R)The walls of arteries and veins have three layers. The walls of capillaries are only one cell thick.

(L) Comparing and Contrasting Blood Vessels : 

Blood Vessel Function Structure of Wall (L) Comparing and Contrasting Blood Vessels Compare and contrast the three kinds of blood vessels by completing the table below. Artery Carries blood away from the heart Thick wall consisting of three cell layers with thick muscle in the middle layer Capillary Exchange of materials between the blood and body cells Thin walls consisting of one cell layer Vein Carries blood back to the heart Thick walls consisting of three cell layers with thin muscle in the middle layer - A Closer Look at Blood Vessels (R)

(L)Blood : 

- Blood and Lymph (L)Blood (R)Blood consists of liquid plasma and three kinds of cells—red blood cells, white blood cells, and platelets.

Blood Types : 

- Blood and Lymph Blood Types The marker molecules on your red blood cells determine your blood type and the type of blood that you can safely receive in transfusions.

Video: How Blood is Made : 

Video: How Blood is Made - Blood and Lymph

(L)The Lymphatic System : 

- Blood and Lymph (L)The Lymphatic System (R)The lymphatic system is a network of veinlike vessels that returns the fluid to the bloodstream. The fluid in the system is called lymph.

(L)Components of Blood : 

(L)Components of Blood (R)Blood is made up of four components: Plasma is the liquid part of blood. Red blood cells take up oxygen and deliver it to cells in the body. White blood cells fight disease. Platelets help form blood clots. Detail Detail Detail Detail - Blood and Lymph

Video: Lymphatic System : 

Video: Lymphatic System - Blood and Lymph

Spiral Interactive: Calculating a Rate : 

Spiral Interactive: Calculating a Rate A rate is the speed at which something happens. When you calculate a rate, you compare the number of events with the time period in which they occur. Here’s how to calculate the pulse rate of a person whose heart beats 142 times in two minutes. 1. Write the comparison as a fraction: 2. Divide the numerator and the denominator by 2: The person’s pulse rate is 71 heartbeats per minute. - A Closer Look at Blood Vessels

Calculating a Rate : 

Calculating a Rate Practice Problem Calculate your pulse rate if your heart beats 170 times in 2.5 minutes. 68 beats per minute - A Closer Look at Blood Vessels

Spiral Interactive: Blood Type Distribution : 

Spiral Interactive: Blood Type Distribution The circle graph shows the percentage of each blood type found in the U.S. population. - Blood and Lymph

Blood Type Distribution : 

Blood Type Distribution The percentage of each blood type found in the United States population Reading Graphs: What does each edge of the graph represent? - Blood and Lymph

Blood Type Distribution : 

Blood Type Distribution AB (4%), B (11%), A (40%), O (45%) Interpreting Data: Rank the four major blood types—A, B, AB, and O—from least common to most common. What is the percentage of each type? - Blood and Lymph

Blood Type Distribution : 

Blood Type Distribution 84%; 16% Calculating: According to the graph, what percentage of the population is Rh positive? What percentage is Rh negative? - Blood and Lymph

Blood Type Distribution : 

Blood Type Distribution O negative or B negative blood; 9% Predicting: What type of blood can someone who is B negative (blood type B and Rh negative) receive? What percentage of the population does that represent? - Blood and Lymph

Blood Type Distribution : 

Blood Type Distribution The data should be arranged in three columns and eight rows. Creating Data Tables: Use the data to make a table of the eight possible blood types. Include columns for the A, B, AB, and O blood types; Rh factor (positive or negative); and percentage of the population. - Blood and Lymph