it dont son
Huge, well built bone structure.
An elephant is supporting his own weight with no help and is fighting against gravity. A whale on the other hand does not have to support all his weight as the water is helping ti support a portion of his weight.
The human skeleton consists of 206 bones, is bipedal, and is structured to support an upright posture, with a more flexible spine and a pelvis adapted for walking on two legs. In contrast, the elephant skeleton contains around 300 bones and is designed for quadrupedal movement, featuring a large, sturdy frame to support its massive weight. Elephants have thicker limb bones and a unique skull structure that accommodates their trunk and large tusks. Additionally, their spine is more rigid, allowing for stability while carrying heavy loads.
No mammoths were just like today's elephants only with a thick furry coat. Their feet were like an elephant's feet - a big round fatty pad to support their massive weight.
Asain elephants have strong thick bones that hold their weight
Most library buildings are not designed to support the weight and movment of an elephant, not to mention feeing, excretion and size of rooms.
The two divisions of the human skeleton are the axial skeleton and the appendicular skeleton. The axial skeleton includes the skull, vertebral column, and rib cage, providing support and protection to vital organs. The appendicular skeleton consists of the upper and lower limbs, as well as the girdles that attach the limbs to the axial skeleton, allowing for movement and mobility.
Plants are not able to support their own weight because they don't have an internal skeleton like animals do. Instead, they rely on external support structures like the cell wall, interlocking branches and roots, and external support from other plants or structures. Plants also lack muscles and therefore the ability to actively move and contract to support their own weight. The main reasons why plants can't support their own weight are: No internal skeleton Reliance on external support Lack of musclesWithout these key components, plants are unable to develop the strength and resilience to support their own weight.
In the water it will be a close fight but the Elephant would win it , crocodiles lose from hippos who are only half the weight of an African bull elephant. which can be up to 7 ton compared to a crocodile which is only 700 Kg. the African elephants andvantege of being 10 times heavier will probably give him the victorie. Also the crocodile is not able to put his massive jaws around the elephant. A crocodile might beat a young elephant but not a massive 7 tonner or more
Elephant brains weight about 11-13 pounds. In metric, the brain weight of the bull African elephant is 4.2-5.4 kg. The brain weight of the cow African elephant is 3.6-4.3 kg.
An adult elephant's leg can weigh between 400 to 600 pounds (180 to 270 kilograms). The exact weight varies depending on the species and size of the elephant. African elephants generally have larger legs compared to Asian elephants, reflecting their overall size differences. The weight of the leg is a crucial factor in supporting the massive body of these animals.
One third of an elephant's weight lies in its tusks.