Becuase that way you wont have the sun beating on your back
OR
The real, biological reasons that animals evolved to be bipedal from being quadrupedal are many and varied. But if you think about what life would be like for an early human if he had to walk on his hands, you will get the picture soon enough.
a) he can see farther across thh African horizon when standing up. (picture a meerkat)
b) She can carry her young in her arms.
c) they can use their hands for other purposes while continuing to move forward. whether that is picking apples, carrying a captured kill back to the home, whatever it is.
The benefits that developed after the fact of evolution are just as varied. But it would be a mistake to say that they "chose" to walk upright, but instead, the ability to walk upright helped certain strains of the early humans to survive. whether it was the parents that could carried their young from danger and those that couldn't didn't, or if it is because the ability to carry your young means you can bring them everywhere, and means that you don't depend on a den for your species to survive (you can operate as a nomad or scavenger and still produce and rear offspring), or if simply you can see the lion coming better than the next guy, it is a process of mutation and selection by nature of the most able to survive, not a conscious choice on behalf of the evolving creature.
Answer:
There are plenty of advantages:
1) as tropical forests were beginning to become smaller, walking helps Homo sapiens moved across the grasslands easier to get sources of food.
2) Standing upright helps ancient people defended, protected themselves from animals. When chimpanzees or gorillas become excited, they stand in an upright posture and shake a stick or throw an object.
3) By standing upright: appear bigger and more impressive in size than they normally are. In addition, the ability to stand up and get a wider view of the surroundings gives them an advantage in the tall grasses.
4)Walking upright also frees up the hands to carry objects, such as tools.
Chimpanzees have a foot that compliments their part-terrestial-part-arboreal lifestyle. They are capable of walking bipedally for only very short distances before they resort to walking on all fours. This means that their foot is not designed for weight bearing. Most of their weight is concentrated on the padded knuckles of their hands. Their big toes are very similar to a human opposable thumb because they can grasp things like tree trunks and branches. Human feet on the other hand complement a completely terrestrial lifestyle. One hundred percent of our weight is distributed on our feet. They are excellent for both walking and running. Our big toes are not opposable because they are designed for providing balance in upright walking.
White clover is a dicot. Dicots typically have two seed leaves (cotyledons), flower parts in fours or fives, and a network of veins in the leaves.
The four types of pathogens that can cause diseases are viruses, bacteria, fungi, and parasites. Each type of pathogen has unique characteristics and methods of causing illness in humans and other organisms.
Cotton trees are dicot, as they belong to the angiosperm class known as dicotyledons. Dicots are characterized by having two seed leaves, net-like leaf veins, and floral parts in multiples of fours or fives.
1.) It takes billions of years.2.) It creates bad structures like the human eye. While it is useful, it is poorly set up so there is a blind spot in it. It also gave a universal "tick" under the left eye, back pain in humans because of the curvature in the spine was good for walking on all fours like gorilla didn't adapt fast enough for when humanoids started walking on two legs. It leaves things hanging around like the appendix, a vestigial organ with some minor benefit but can be lived without, but has a much more detrimental effect of possibly causing death...
walking on all fours
The types of locomotion include walking, running, hopping, jumping, crawling, swimming, flying, and climbing. These actions involve different body movements and adaptations suited for each type of environment.
Yes of course. They generally fist-walk (literally use their fists to walk) on all fours but can walk upright although this is rare to see.
No, Indians did not walk on all fours. This idea is likely a misunderstanding or misrepresentation of human evolution or cultural practices. Humans, including Indians, are bipedal and have walked upright for millions of years. Any claims suggesting otherwise are not supported by scientific evidence.
Owen Lovejoy, an expert in evolution, suggested that living beings such as primates made the transition from walking on all fours to walking on their legs (or bipedalism) in order to facilitate the use of the hands.
Well for one thing they walk on two legs, but have also been seen walking on all fours.
The animal that walks on all fours, then on two legs, and then back on all fours again is a human. As babies, humans crawl on all fours, then learn to walk upright on two legs, and might sometimes crawl again for various reasons.
well, i know a tables rhyme that helped me learn all of my tables. Just replace the 1 with whatever table you want to learn, example, your 4 times table, or your 10 times table, and change the awnser also. 1 times table: 1 ones are one. 2 ones are two 3 ones are 3. 4 ones are 4. 5 ones are 5. 6 ones are 6. 7 ones are 7 8 ones are 8 and so on... just replace the "ones" with the times table needed, and adjust the answer. Example: 4 times table: 1 fours are 4 2 fours are 8 3 fours are 12 4 fours are 16 5 fours are 20 6 fours are 24 7 fours are 28 8 fours are 32 9 fours are 36 10 fours are 40 11 fours are 44 12 fours are 48. Sing it however you want, the rhyming and rhythm helps the table get stuck in your head. Just sing it whenever you have time to such as when driving to school, in the shower, going to sleep, walking the dog, whenever!
There are 58 fours in 232.
There are 9 fours in 36
it means 3 fours
44 - 4/4