humanbodysystem.blogspot.com
HUMAN BODY: 11/25/07 - 12/2/07
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Information about human body system. Thursday, November 29, 2007. BRAIN AND NERVOUS SYSTEM. Unlike other cells in your body, the cells in your brain cannot be replaced when they get worn out. As a result, the number of cells in your brain steadily decreases as you get older. Posted by Independent author. Wednesday, November 28, 2007. Else, up to 500 per cm2 of skin (3250 per sq in). At the scene of a crime. To find fingerprints, police scientists dusts the objects at a crime scene with a fine powder&...
humanbodysystem.blogspot.com
HUMAN BODY
http://humanbodysystem.blogspot.com/2007/12/how-do-we-remember-things-scientist-are.html
Information about human body system. Friday, December 14, 2007. How do we remember things? Unlike other cells in your body, the cells in your brain cannot be replaced when they get worn out. As a result, the number of cells in your brain steadily decreases as you get older. Posted by Independent author. Subscribe to: Post Comments (Atom). Enter your search terms. Http:/ human-world-desire.blogspot.com. Http:/ science-technology-resource.blogspot.com. Http:/ planet-earth-resource.blogspot.com.
humanbodysystem.blogspot.com
HUMAN BODY: 11/18/07 - 11/25/07
http://humanbodysystem.blogspot.com/2007_11_18_archive.html
Information about human body system. Saturday, November 24, 2007. Why do you get out of breath? The amount of oxygen you need depends on how hard your body is working. If you are resting, you need only a small amount. If you are running or playing badminton, you use up oxygen more quickly producing enough energy. An area in your brain automatically adjusts your breathing rate to make sure you get the oxygen you need, by breathing faster and more deeply. Posted by Independent author. How do lungs work?
humanbodysystem.blogspot.com
HUMAN BODY: 11/11/07 - 11/18/07
http://humanbodysystem.blogspot.com/2007_11_11_archive.html
Information about human body system. Saturday, November 17, 2007. When you make complicated movement, such as running and jumping, you use many different muscles at the same time. Leg muscles push you along, arm muscles help you to stay balanced, and muscles in your back hold your body upright. Continual repetition of a movement decelops your ability to make all these muscles work together. Posted by Independent author. Can we control all our muscles? Work without your telling them to. Thigh muscles hold...
humanbodysystem.blogspot.com
HUMAN BODY: 12/23/07 - 12/30/07
http://humanbodysystem.blogspot.com/2007_12_23_archive.html
Information about human body system. Wednesday, December 26, 2007. All in the mind. Your brain is divided into three main parts. Two of them called the brain stem and the cerebellum, control essential processes such as breathing, and keep all the parts of your body working together. The third part is much bigger, and allows you to sense things, think, and make your body move. Seeing the world : Several areas of your brain are involved in interpreting signals from the optic nerves in your eyes. Dealing wi...
living-world-knowledge.blogspot.com
LIVING WORLD: 12/23/07 - 12/30/07
http://living-world-knowledge.blogspot.com/2007_12_23_archive.html
GET BETTER KNOWLEDGE OF LIVING WORLD. Wednesday, December 26, 2007. Seeds on the move. Seeds young and old. Arctic lupin seeds trapped in the frozen ground have germinated almost 10 000 years after being shed. Living seeds have also been found in the tombs of ancient Egyptians. But willow seeds last only a few months. Posted by Independent author. Subscribe to: Posts (Atom). Enter your search terms. Http:/ human-world-desire.blogspot.com. Http:/ science-technology-resource.blogspot.com.
living-world-knowledge.blogspot.com
LIVING WORLD
http://living-world-knowledge.blogspot.com/2007/12/all-life-depends-on-plants-almost-every.html
GET BETTER KNOWLEDGE OF LIVING WORLD. Wednesday, December 5, 2007. All life depends on plants. Almost every living thing depends on plants for its food supply. Even the leopard and lion, which only eat meat, are actually feeding on plants, because that is what feeds. From seeds to 'sweetcorn'. Germination : The seed absorbs moisture from the soil and starts to grow. The shoot grows up, while the roots grow down. Growth : More roots grow below ground, and more leaves above ground. Tag : plants began.
living-world-knowledge.blogspot.com
LIVING WORLD
http://living-world-knowledge.blogspot.com/2007/11/how-do-plants-drink-although-plants-can.html
GET BETTER KNOWLEDGE OF LIVING WORLD. Thursday, November 29, 2007. How do plants drink? Although plants can absorb a little water through their leaves, they get most of the water they need by drawing it up from the ground through their roots. The roots are in close contact with the particles of soil around them. Tiny rootlets connected to the roots extend into the soil, and these draw in moisture. If you pull up a plant, you can see the delicate white roots, but you cannot. Tag : plants drink.
living-world-knowledge.blogspot.com
LIVING WORLD: 12/30/07 - 1/6/08
http://living-world-knowledge.blogspot.com/2007_12_30_archive.html
GET BETTER KNOWLEDGE OF LIVING WORLD. Saturday, January 5, 2008. Do seeds die when birds eat them? When birds eat many small fruits, they also eat the seeds inside them. They digest the fruit, but the seeds usually survive and come out in the bird's droppings. The seeds can germinate and grow, with the droppings providing the fertiliser they need for a good start in life. How do plants grow from cuttings? The race to reproduce. On a forest floor in early summer, plants are busily reproducing - in a.
living-world-knowledge.blogspot.com
LIVING WORLD: 11/18/07 - 11/25/07
http://living-world-knowledge.blogspot.com/2007_11_18_archive.html
GET BETTER KNOWLEDGE OF LIVING WORLD. Saturday, November 24, 2007. The nature of microscopic. This single-called creature is called a ciliate. Because it is covered with tiny hairs known as cilia, which push it through the water. Moves around by beating a hair-like growth called a flagellum. It lives like a plant, by harnessing energy from sunshine. This dust mite, a tiny relative of spiders, is magnified around 375 times. It collects food with microscopic picers. And usually feeds at night. The smallest...
