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What must all living things do to maintain order within their cells and organs?
produce energy
What is the order of a daisy?
A daisy belongs to the order Asterales within the plant taxonomy classification system.
What is the difference between organ system and organism?
An organism is a single living entity, while an organ system is a group of organs that work together to perform a specific function within an organism. Organisms can be plants, animals, fungi, or microorganisms, while organ systems are found in multicellular organisms.
What is the correct order for organational hierarchy from simplest to most complex?
The correct sequence of increasing organizational complexity is cell, tissue, organ, organ system, and organism. Mammals have hair and nails, fish have bony scales, and birds have feathers.
What is the current seven step system of classifying all living organisms?
The current system of classifying all living organisms is based on the following seven taxonomic ranks: Kingdom, Phylum, Class, Order, Family, Genus, and Species. This system is known as the Linnaean classification system, named after Carl Linnaeus who developed it. Each organism is assigned a unique scientific name based on these ranks.
What is the difference between chaos and complexity and how do they differ from one another?
Chaos refers to a state of disorder and unpredictability, while complexity involves intricate systems with many interconnected parts. Chaos is characterized by randomness and lack of control, while complexity involves patterns and emergent properties. In essence, chaos is a lack of order, while complexity is a high level of organization within a system.
What is the position within solar system?
Position within the solar system refers to the order in which the planets occur moving out from the Sun.
What must all living things do to maintain order within their cells and organs?
produce energy
What does hierarchical in biology mean?
In biology, hierarchical refers to a system where different components are organized in a structured order or ranked levels based on their complexity or importance. For example, in taxonomy, species are grouped into genera, which are grouped into families, and so on. This system helps scientists classify and understand the relationships among different organisms.
Why are the levels of organization of living things in order?
Cell,tissue,organ,organ system and organism
What is the order in which cells organize themselves to form multicellular organisms?
Cells make up all organisms, from single-celled to multi-cellular organisms. The order of complexity in a multi-cellular organism is, in order, cell, tissue, organ, system, organism.
What is the stream order of drainage basin?
Stream order is a method of classifying the hierarchy of streams within a drainage basin based on their size and connectivity. The system, developed by Horton and Strahler, assigns a numerical value to streams: first-order streams are the smallest, with no tributaries, while higher-order streams form when two streams of the same order converge. This classification helps in understanding the ecological and hydrological characteristics of a watershed. The stream order increases as streams merge, reflecting the complexity of the drainage network.
How do living cells defy the natural trends of the universe?
Living things maintain a very highly organized state inside the cells. Each cell is constantly repairing the damage to its system which naturally occurs as the force toward randomness takes its toll. This is counter to the universal trend among non-living things.
What is the correct order of organization within the animal body?
cell > tissue > organ > organ system > organism
What is correct order of organization within an animal body?
cell > tissue > organ > organ system > organism
Which sequence shows increasing complexity of levels of ecological organization?
The sequence that represents the correct order of increasing complexity in living systems is molecules, cell, tissue, and organs. The classification of organisms reflect similarities and evolutionary history.
How are proteins distinguishing from each other?
By the order of the amino acids that form them. Proteins are distinguished from each other by the complexity of their polypeptide chains.
