animals, plants, and fungi
prokaryotic
Probably some sort of vaguely worm-like organism, sharing features of both animals and fungi (which is kinda our extremely distant relative). Before that, it's cells all the way down.
Two organisms that share the same common ancestor are likely to have similar genetic traits and physiological characteristics, reflecting their evolutionary relationship. This common ancestry suggests that they diverged from a shared lineage, leading to adaptations that suit their respective environments. Additionally, they may exhibit similar behaviors, reproductive strategies, or ecological roles, depending on how they have evolved over time. Overall, their shared lineage provides insights into their evolutionary history and biological connections.
The history of business mathematics has evolved greatly from antiquity to the present. Math began with simple counting and has now evolved to computers and calculators.
Aristotle's classification method, particularly his approach to categorizing living organisms and other phenomena, laid foundational principles for biological taxonomy and philosophy. While modern classification systems, such as the Linnaean system for biological organisms, have evolved significantly, many of Aristotle's ideas still influence contemporary thought in fields like biology and logic. However, the specifics of his classification are not widely used in their original form today, as scientific advancements have led to more precise and systematic methods.
Colonial organisms likely evolved into multicellular organisms through a process known as cellular differentiation, where specialized cells with specific functions developed within the colony. This evolutionary transition allowed for increased complexity and efficiency in tasks such as reproduction, growth, and survival.
Probably a form of bacteria. They evolved into multicellular organisms. Some evolved into plants because they could do photosynthesis
Darwin's theory of common descent states that all organisms evolved from past organisms.
Complex organisms evolved from simple organisms, so simple organisms evolved first.
Unicellular organisms evolved first; and from them evolved the multicellular organisms. But that leads onto another question as to why multicellular organisms evolved.
Colonial organisms have some of the same characteristics of multicellular organisms. The difference between a multicellular organism and a colonial organism is that individual organisms from a colony can survive on their own, while cells from a multicellular organism cannot.
Tissue organisms have specialized cells grouped together to perform specific functions, whereas colonial organisms consist of individual organisms living together in a close association but can still function independently. In tissue organisms, cells are interdependent and work together, while in colonial organisms, individual organisms are not interdependent and can survive on their own.
colonial
Unicellular,filamentous and photosynthetic organisms are ALGAE
That's correct! The theory of evolution states that organisms have evolved over time from common ancestors through the process of natural selection. This gradual change in species over generations is driven by factors such as genetic variation and environmental pressures.
Organisms evolved 550 Ma to form shells. when the Conditions were right for formation of shells.
Multicellular organisms are organisms with more than one cell, the cells of which are usually specialized. A large colonial organism is an organism of many cells that are loosely attached to each other and that show little or no specialization among themselves. Multicellular organisms are capable of surviving on their own while colonial organisms are not.