Well most mammals do, such as equines, bovines, dogs, cats, and many more. Snakes also look like there parents, as well as alligators, crocodiles, sharks, and whales.
These are just a few that all look like their parents when they are born, though the resemblence might be small they all look like a percentage of the parents genes.
Sponges are simple animals that either begin from parent budding or from parent reproduction. The sponge develops based ion the environment it is born into.
animals help the carbon cycle by the animals dying and restarting their life cycle again
In the case of animals where the young and adult are alike, the life cycle typically involves a process called "direct development." This means that the offspring hatch or are born in a form that closely resembles the adult, with little to no metamorphosis or significant changes in body structure. These animals undergo growth and maturation but essentially maintain the same body plan throughout their life cycle. An example of an animal with this type of life cycle is some species of sharks, where the pups look like miniature versions of the adults.
the seasonal cycle is affecting plants and animals by, 1 the seasonal cycle affects plants by what time of the year people will plant them. 2 the seasonal cycle affects animals by their biological clocks [ what time they awake and sleep.
No, removing animals from the carbon cycle would not stop the cycle. While animals play a role in the carbon cycle through respiration and decomposition, the cycle would continue through other processes such as photosynthesis by plants, decomposition by microorganisms, and geological processes.
water cycle
it is a life cycle
The animals are helping the forest stay on cycle.
nitrogen cycle helps man in the balancing of relation between animals and plants and food chain
all the plant and animals depend on the water cycle some more than others
The topology that resembles a wheel is known as the "wheel graph." A wheel graph, denoted as (W_n), consists of a cycle with (n-1) vertices (forming the rim of the wheel) and an additional central vertex connected to all vertices of the cycle (the hub). This structure visually resembles a wheel, with spokes connecting the hub to the outer rim. Wheel graphs are significant in graph theory due to their unique properties and applications in network design.
No. Animals are consumers. Plants are producers.