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What else can I help you with?
What are 3 structural similarities shared be all living things?
They all have a body structure.
What characteristic are shared by all living things?
All living things need energy, respond to the environment, and have the ability to reproduce.
What belief is shared by an African who practices animism and a Japanese who practices Shinto?
spirits exist in both living and non-living things
What beliefs is shared by an African who practices animism and a Japanese who practices Shinto?
spirits exist in both living and non-living things
What is it called when scientist group living things?
When scientists group living things, it is called taxonomy. Taxonomy is the branch of science that deals with the classification and naming of living organisms based on shared characteristics.
How can you put living things animals and plants into categories?
By classifying them according to sets of shared features.
What are 3 living things?
Three examples of living things are dogs, trees, and bacteria.
What are the distinguishing properties that are unique to living things?
4 Things that distinguish living things from non-living things 1. Living things need space to live 2. Living things need water 3. Living things need air 4. Living things need to reproduce
Is the cristian God the creator of all living and non living things?
If you mean the Christian God, then it is just a matter of opinion generally shared by people of the Christianfaith.
What was most in communal living?
People shared their possessions The most common things in communal living is people sharing money, property, possessions, and even work.
What is a characteristic shared by all living organisms?
They have genetic material and they reproduce.
Why are living things classified into groups?
Living things are classified into groups to help scientists organize and understand the diversity of life on Earth. By grouping organisms based on shared characteristics, scientists can easily compare and study different species. Classification also allows us to make predictions about evolutionary relationships and better understand how living things are interconnected.
