Every Type of Cat in the Cat Family | Animal Science for Kids | English
Every Type of Cat in the Cat Family! In this educational science video for kids, we will learn about the characteristic features habitat and feeding habits of all types of cats. #scienceforkids...
Every Type of Cat in the Cat Family! In this educational science video for kids, we will learn about the characteristic features habitat and feeding habits of all types of cats. #scienceforkids #educationalvideosforkids #animals
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FREE EDUCATIONAL GAMES FOR KIDS! https://www.brainstar.com/
Turtle Diary (Brain Star) creates educational videos for children about math, science, reading, writing, social studies and more! We believe learning can be fun for kids and have made it our passion to design educational interactive games and Youtube videos to help kids get excited about learning, in and out of the classroom. School isn\'t the only place to learn and grow. From ABCs and 123s to the science of motion, Turtle Diary (Brain Star) has kids\' education covered!
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Every Type of Cat in the Cat Family! In this educational science video for kids, we will learn about the characteristic features habitat and feeding habits of all types of cats. #scienceforkids #educationalvideosforkids #animals
SUBSCRIBE https://tinyurl.com/yckbu4r5
WATCH MORE https://tinyurl.com/3ksmu7d9
FREE EDUCATIONAL GAMES FOR KIDS! https://www.brainstar.com/
Turtle Diary (Brain Star) creates educational videos for children about math, science, reading, writing, social studies and more! We believe learning can be fun for kids and have made it our passion to design educational interactive games and Youtube videos to help kids get excited about learning, in and out of the classroom. School isn\'t the only place to learn and grow. From ABCs and 123s to the science of motion, Turtle Diary (Brain Star) has kids\' education covered!
How do animals see in the dark? - Anna Stöckl
View full lesson: http://ed.ted.com/lessons/how-do-animals-see-in-the-dark-anna-stockl
To human eyes, the world at night is a formless canvas of grey. Many nocturnal animals, on the other hand,...
View full lesson: http://ed.ted.com/lessons/how-do-animals-see-in-the-dark-anna-stockl
To human eyes, the world at night is a formless canvas of grey. Many nocturnal animals, on the other hand, experience a rich and varied world, bursting with details, shapes, and colors. What is it, then, that separates moths from men? Anna Stöckl uncovers the science behind night vision.
Lesson by Anna Stöckl, animation by TED-Ed.
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View full lesson: http://ed.ted.com/lessons/how-do-animals-see-in-the-dark-anna-stockl
To human eyes, the world at night is a formless canvas of grey. Many nocturnal animals, on the other hand, experience a rich and varied world, bursting with details, shapes, and colors. What is it, then, that separates moths from men? Anna Stöckl uncovers the science behind night vision.
Lesson by Anna Stöckl, animation by TED-Ed.
Science Experiment - Balloon Skewer - All Languages
Some things in this world just don\'t mix - dogs and cats, oil and water, needles and balloons. Everyone knows that a balloon\'s worst fear is a sharp object...even a sharpened, wooden cooking...
Some things in this world just don\'t mix - dogs and cats, oil and water, needles and balloons. Everyone knows that a balloon\'s worst fear is a sharp object...even a sharpened, wooden cooking skewer. With a little scientific knowledge about polymers you\'ll be able to perform a seemingly impossible task... pierce a balloon with a wooden skewer without popping it. Suddenly piercing takes on a whole new meaning!
How Does it Work?
The secret is to uncover the portion of the balloon where the latex molecules are under the least amount of stress or strain.
If you could see the rubber that makes up a balloon on a microscopic level, you would see many long strands or chains of molecules. These long strands of molecules are called polymers, and the elasticity of these polymer chains causes rubber to stretch. Blowing up the balloon stretches these strands of polymer chains. Even before drawing the dots on the balloon, you probably noticed that the middle of the balloon stretches more than either end. You wisely chose to pierce the balloon at a point where the polymer molecules were stretched out the least. The long strands of molecules stretched around the skewer and kept the air inside the balloon from rushing out. It’s easy to accidentally tear the rubber if you use a dull skewer or forget to coat the end of the skewer with vegetable oil. When you remove the skewer, you feel the air leaking out through the holes where the polymer strands were pushed apart. Eventually the balloon deflates… but it never pops.
Oh, just to prove your point, try pushing the skewer through the middle part of an inflated balloon. Well, at least you went out with a bang!
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Some things in this world just don\'t mix - dogs and cats, oil and water, needles and balloons. Everyone knows that a balloon\'s worst fear is a sharp object...even a sharpened, wooden cooking skewer. With a little scientific knowledge about polymers you\'ll be able to perform a seemingly impossible task... pierce a balloon with a wooden skewer without popping it. Suddenly piercing takes on a whole new meaning!
How Does it Work?
The secret is to uncover the portion of the balloon where the latex molecules are under the least amount of stress or strain.
If you could see the rubber that makes up a balloon on a microscopic level, you would see many long strands or chains of molecules. These long strands of molecules are called polymers, and the elasticity of these polymer chains causes rubber to stretch. Blowing up the balloon stretches these strands of polymer chains. Even before drawing the dots on the balloon, you probably noticed that the middle of the balloon stretches more than either end. You wisely chose to pierce the balloon at a point where the polymer molecules were stretched out the least. The long strands of molecules stretched around the skewer and kept the air inside the balloon from rushing out. It’s easy to accidentally tear the rubber if you use a dull skewer or forget to coat the end of the skewer with vegetable oil. When you remove the skewer, you feel the air leaking out through the holes where the polymer strands were pushed apart. Eventually the balloon deflates… but it never pops.
Oh, just to prove your point, try pushing the skewer through the middle part of an inflated balloon. Well, at least you went out with a bang!
[29 Jan 2014] In Syria, Palestinian refugees at the Yarmouk camp are facing starvation - English
In Syria, Palestinian refugees at the Yarmouk camp on the outskirts of the capital Damascus are faced with starvation.
Reports from the camp say people have started hunting cats, dogs and...
In Syria, Palestinian refugees at the Yarmouk camp on the outskirts of the capital Damascus are faced with starvation.
Reports from the camp say people have started hunting cats, dogs and donkeys. This is while foreign-backed insurgents are still holed up inside, and government forces keep fighting to force them out. Reports say seventy-eight people, including 25 women and three children, have died as a result of food shortage there. Syria has been gripped by a foreign-backed insurgency for nearly three years now.
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In Syria, Palestinian refugees at the Yarmouk camp on the outskirts of the capital Damascus are faced with starvation.
Reports from the camp say people have started hunting cats, dogs and donkeys. This is while foreign-backed insurgents are still holed up inside, and government forces keep fighting to force them out. Reports say seventy-eight people, including 25 women and three children, have died as a result of food shortage there. Syria has been gripped by a foreign-backed insurgency for nearly three years now.
World\'s rarest cat \'caught on cam\' in Russia\'s Leopard Park
A wild Amur leopard, the rarest of the world\'s big cats, was filmed by a camera trap in Land of the Leopard National Park in Primorsky Krai in footage released on Friday.
Watch Live:...
A wild Amur leopard, the rarest of the world\'s big cats, was filmed by a camera trap in Land of the Leopard National Park in Primorsky Krai in footage released on Friday.
Watch Live: http://www.presstv.com/live.html
Twitter: http://twitter.com/PressTV
LiveLeak: http://www.liveleak.com/c/PressTV
Facebook: http://www.facebook.com/PRESSTV
Instagram: http://instagram.com/presstvchannel
#PressTV #Iran #News
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A wild Amur leopard, the rarest of the world\'s big cats, was filmed by a camera trap in Land of the Leopard National Park in Primorsky Krai in footage released on Friday.
Watch Live: http://www.presstv.com/live.html
Twitter: http://twitter.com/PressTV
LiveLeak: http://www.liveleak.com/c/PressTV
Facebook: http://www.facebook.com/PRESSTV
Instagram: http://instagram.com/presstvchannel
#PressTV #Iran #News
Can you solve the giant cat army riddle? - Dan Finkel - English
Practice more problem-solving at https://brilliant.org/TedEd/
Sign up to be emailed the solution to the bonus riddle: https://brilliant.org/tededm2s3/
The villainous Dr. Schrödinger has...
Practice more problem-solving at https://brilliant.org/TedEd/
Sign up to be emailed the solution to the bonus riddle: https://brilliant.org/tededm2s3/
The villainous Dr. Schrödinger has developed a growth ray and intends to create an army of giant cats to terrorize the city. Your team of secret agents has tracked him to his underground lab. You burst in to find… that it’s a trap! Can you escape from Dr. Schrödinger’s lair and save the day? Dan Finkel shows how.
Lesson by Dan Finkel, animation by Artrake Studio.
Thank you so much to our patrons for supporting us on Patreon! Without you this video would not be possible! Exal Enrique Cisneros Tuch, Ana Maria, Vignan Velivela, Ibel Wong, Ahmad Hyari, A Hundred Years, eden sher, Travis Wehrman, Minh Tran, Louisa Lee, Kiara Taylor, Hoang Viet, Nathan A. Wright, Jast3r, Аркадий Скайуокер, Milad Mostafavi, Rob Johnson, Ashley Maldonado, Clarence E. Harper Jr., Bojana Golubovic, Mihail Radu Pantilimon, Benedict Chuah, Karthik Cherala, haventfiguredout, Violeta Cervantes, Elaine Fitzpatrick, Lyn-z Schulte, cnorahs , Henrique \'Sorín\' Cassús, Tim Robinson, Kiarash Asar, Jun Cai, Paul Schneider, Amber Wood, Ophelia Gibson Best, Cas Jamieson, Michelle Stevens-Stanford, Phyllis Dubrow, Andreas Voltios, Eunsun Kim, Philippe Spoden, Samantha Chow, Armando Ello, Ayala Ron, Manognya Chakrapani, Simon Holst Ravn, Doreen Reynolds-Consolati, Rakshit Kothari, Melissa Sorrells, and Antony Lee.
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Practice more problem-solving at https://brilliant.org/TedEd/
Sign up to be emailed the solution to the bonus riddle: https://brilliant.org/tededm2s3/
The villainous Dr. Schrödinger has developed a growth ray and intends to create an army of giant cats to terrorize the city. Your team of secret agents has tracked him to his underground lab. You burst in to find… that it’s a trap! Can you escape from Dr. Schrödinger’s lair and save the day? Dan Finkel shows how.
Lesson by Dan Finkel, animation by Artrake Studio.
Thank you so much to our patrons for supporting us on Patreon! Without you this video would not be possible! Exal Enrique Cisneros Tuch, Ana Maria, Vignan Velivela, Ibel Wong, Ahmad Hyari, A Hundred Years, eden sher, Travis Wehrman, Minh Tran, Louisa Lee, Kiara Taylor, Hoang Viet, Nathan A. Wright, Jast3r, Аркадий Скайуокер, Milad Mostafavi, Rob Johnson, Ashley Maldonado, Clarence E. Harper Jr., Bojana Golubovic, Mihail Radu Pantilimon, Benedict Chuah, Karthik Cherala, haventfiguredout, Violeta Cervantes, Elaine Fitzpatrick, Lyn-z Schulte, cnorahs , Henrique \'Sorín\' Cassús, Tim Robinson, Kiarash Asar, Jun Cai, Paul Schneider, Amber Wood, Ophelia Gibson Best, Cas Jamieson, Michelle Stevens-Stanford, Phyllis Dubrow, Andreas Voltios, Eunsun Kim, Philippe Spoden, Samantha Chow, Armando Ello, Ayala Ron, Manognya Chakrapani, Simon Holst Ravn, Doreen Reynolds-Consolati, Rakshit Kothari, Melissa Sorrells, and Antony Lee.