Skip to main content

How much water can a camel store in its hump?

How much water can a camel store in its hump?

•Camels do not store water in their humps. Instead, camels use the humps to store energy-rich fat deposits. 

•Many animals, including humans, use body fat as an energy storage.

•Unique to a camel, however, is the fact that it stores the fat in a hump up on top instead of around the belly or limbs. 

•It does this to stay cool. Fat has a natural tendency to insulate heat, acting like a blanket to bodies that are covered in fat. 

•Being a hot-climate animal, a camel would waste energy trying to cool down if its fat were wrapped around its body.

•Instead, by placing the fat in a hump that is out of the way, the camel can stay as cool as possible while still having an energy reserve. 

•Think of it like a tourist from northern Siberia with a coat stuffed full of snacks just stepping off the plane in the Sahara Desert. What does he immediately do? He takes off his coat and slings it over his shoulder. He still wants to lug around his coat full of snacks, he just does not want it wrapped around him making him hot.

•To handle hot and arid conditions, camels have many interesting adaptations. 

•Among them is the ability to go a long time without drinking water and the ability to drink large quantities of water very quickly.

•A typical camel can drink 200 liters (53 gallons) of water in three minutes. 

•Perhaps this is where the misunderstanding arises that camels store water in their humps. 

•After all, the water has to go somewhere. In reality, the water goes into the animal's digestion and circulatory system.

Comments

Popular posts from this blog

Why do the Indian telecom operators offer their services with 28 days validity, not 30 days?😡😡

Here telecom operator are very clever, b ecause telecom operators want to earn money of 13 months instead of 12 months. Let do the calculation and find out why telecom operators are offering 28 days validity. Each month they get 2 days more, therefore in a year they get additional 24 days. There are 7 month which has 31 days so they get additional 7 days.Now in case of February  ,it has only 28 days not 30. So the total number of days they get are=24+7-2=29 days. So if you recharge 12 times then more 29 days are left in a year.🤔🤔 Means for another 29 days you have to recharge from that telecom operator.😫😫 So you have to recharge 13 times in a year instead of 12 times in a year. So telecom operators provide 28 days validity only. First one telecom operator started and then another telecom operators also understood this concept and they also applied 28 days validity both in data packs and voice packs.😱😱😱

20 Interesting science fact (PART 1)

1/ The speed of light is generally rounded down to 186,000 miles per second. In exact terms it is 299,792,458 m/s (metres per second - that is equal to 186,287.49 miles per second). 2/ It takes 8 minutes 17 seconds for light to travel from the Sun's surface to the Earth. 3/ October 12th, 1999 was declared \\"The Day of Six Billion\\" based on United Nations projections. 4/ 10 percent of all human beings ever born are alive at this very moment. 5/ The Earth spins at 1,000 mph but it travels through space at an incredible 67,000 mph. 6/ Every year over one million earthquakes shake the Earth. 7/ When Krakatoa erupted in 1883, its force was so great it could be heard 4,800 kilometres away in Australia. 8/ The largest ever hailstone weighed over 1kg and fell in Bangladesh in 1986. 9/ Every second around 100 lightning bolts strike the Earth. 10/ Every year lightning kills 1000 people. 11/ In October 1999 an Iceberg the size of London broke free...

How Electronic ink works?

Used increasingly in digital products, how does this technology work? Electronic ink (or electrophoretic ink) consists of millions of microcapsules. Each one contains positively charged white particles and negatively charged black particles, all suspended within a clear fluid. When these microcapsules are subjected to a positive or negative electric field, the corresponding particles rise to the top, becoming visible to the eye and colouring that microcapsule.  eBook reader displays coat electronic ink onto a sheet of plastic film, which in turn is laminated to a layer of circuitry. This circuitry forms a pattern of pixels that can be controlled by the display’s software driver, allowing images and text to be displayed in the form of a traditional page of physical paper.   Electronic ink displays differ from LCDs by utilising ambient light to illuminate pixels, with the rays merely reflecting off their surface. This means they have very low power demand, a...