RAO'SPODIUM- 31-THIRTY ONE

TO WHICH CATEGORY WE CAN INCLUDE
"""MAN'''??????
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FIND THE DIFFERENCE BETWEEN THE DUCK AND THE GOOSE.

Animals are multicellular, eukaryotic organisms 

belonging to the kingdom Animalia. 

They are heterotrophic (consume organic material),

aerobic,

 and generally mobile, 

lacking rigid cell walls.

 Animals breathe oxygen,

reproduce sexually, 

and detect stimuli, 

with species ranging from invertebrates to vertebrates.

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Key characteristics of animals include:

• Structure: Composed of many cells (multicellular) that are eukaryotic (contain a nucleus) and lack cellulose cell walls.
• Nutrition: They are heterotrophs, meaning they eat other organisms (plants, animals, or both) to gain energy, rather than producing their own food.
• Movement: Most animals can move independently, at least during some stage of their life cycle.
• Reproduction: Most reproduce sexually
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Classification of AnimalsAnimals are typically classified into two main groups: Invertebrates: Animals without a backbone, including insects, spiders, worms, and jellyfish. They make up roughly 95% of all animal species.Vertebrates: Animals with an internal backbone or spinal column, including fish, amphibians, reptiles, birds, and mammals. MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMajor Animal GroupsMammals: Warm-blooded vertebrates with hair or fur, which feed their young with milk.Birds (Aves): Feathered, winged, egg-laying vertebrates.Reptiles: Cold-blooded, scaly creatures, such as snakes, lizards, and turtles.Fish: Aquatic vertebrates with gills and fins.Amphibians: Vertebrates that live both in water and on land (e.g., frogs, salamanders)Invertebrates: Includes arthropods, mollusks, and many others.

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• https://www.ifaw.org/international/journal/animals-longest-lifespans
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• Greenland sharks are the longest-living vertebrates in the world. The oldest known individuals recorded by scientists have been about 400 years old, though with the large margin of error, it’s possible that they could live for more than 500 years.
• Tortoises are well known as some of the longest-living animals on Earth. One long-living species is the Aldabra giant tortoise, which is also one of the largest tortoises.
•  Native to the Seychelles, these reptiles can generally live up to 150 years and reach weights of up to 250 kilograms (550 pounds). 
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• Found in the icy waters of the Arctic and subarctic ocean, bowhead whales are considered the longest-living whales—which also makes them the longest-living mammals. They can live for over 200 years, and they don’t become sexually mature until around age 25.
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• As some of the largest animals on Earth, it’s not surprising that elephants have long lifespans, as a large size in mammals generally corresponds to a slow metabolic rate. African elephants are estimated to have a maximum lifespan of about 74 years,
•  while their Asian elephant cousins can live up to about age 80. 
• The world’s oldest recorded elephant is thought to be an Asian elephant who lived to age 89 in captivity. 
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• https://www.ifaw.org/international
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• 
  PSI (Pounds per Square Inch) measures pressure or stress, representing one pound-force applied per square inch of area (
  
  
  
  
  ). 
• Commonly used in tire pressure monitoring (e.g., 30-35 PSI) and industrial air compressors, it is critical for ensuring machinery operates within safety standards.
•  It is also known as pound-force per square incH.
• 1 PSI= 6894.76 PASCALS 
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• Warm-blooded animals (endotherms) internally regulate a constant body temperature (

  

  

  

  

  ), allowing activity in extreme climates but requiring high food intake. 
• Cold-blooded animals (ectotherms) rely on external heat sources, with body temperatures varying with the environment. They require less energy and food.
• Advantages & Disadvantages:

  • Warm-Blooded: Pro: Can live in cold environments. Con: Requires a lot of food.
  • Cold-Blooded: Pro: Requires less food/energy. Con: Activity is limited by the environment
  • Key Differences:
    • Temperature Regulation: Warm-blooded animals (mammals/birds) maintain a stable temperature, while cold-blooded animals (reptiles/fish/insects) cannot, causing their temperature to fluctuate with the surroundings.
    • Metabolism & Energy:
       Warm-blooded animals consume more food to produce heat. Cold-blooded animals are more energy-efficient and can survive for longer periods without food.
    Environmental Adaptability: Warm-blooded animals are active across a wide range of temperatures. Cold-blooded animals are often forced into inactive states (like hibernation) when the environment is too cold, according to information from.
    Examples:
    • Warm-blooded: Mammals (humans, dogs), birds.
    • Cold-blooded: Reptiles (snakes, lizards), amphibians (frogs), fish, insects
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    • HOW TO MAKE USE O THESE AND ENGAGE YOUR DARLINGS AND OFFER
    • THEM MORE KNOWLEDGE THROUGH IMAGES.
    • ONE IMAGE IS EQUAL TO 1000 WORDS.
    • TAKE ONE PICTURE,ASK THEM TO OBSERVE. FIND HOW MANY THEY
    • CAN REMEMBER.
    • TAKE THEM AWAY FROM CELL PHONE ADDICTION AND GIVE THEM
    • COMPANY.
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