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What are two things the paleontologists can learn from fossils?
1. When that animal/plant lived. 2.What killed that animal/plant.
How scientific knowledge has changed when new evidence was discovered?
because molecules in the air and the earths layers melt and create cytoplasm people discover things and things change because of cytoplasms strong affect
Which of the following can fossils teach us about the earth?
Fossils indicate several things about Earth's past: - the organisms that lived then, and by extension the organisms in their food chain - the climate in the area where the organism lived - how plate tectonics have moved landmasses that once were joined together
What do all living things do to make more living things?
All living things, or in other terms organisms underdo reproduction to create more living organisms that resembles their own characteristics. LaDy_caRoLi "christine carren alcantara"
The study of living?
Biology
What three things provide that organisms have changed over time?
Fossils Further evidence is derived from living organisms Bones
Fossils tell how earths land blank blank and living things have changed over time fill in the blank.?
Fossils tell how Earth's landforms, climate, and ecosystems have changed over time. They provide valuable clues about the past by preserving evidence of ancient organisms and environments.
What three things provide evidence that organisms change over time?
Fossils Further evidence is derived from living organisms Bones
What evidence could support that organisms under microscope are living organisms?
Living organisms:ReproduceGrowDieAre made of carbon organized by DNAFeedAvoid painful stimulatusMicroorganisms do all of these things
An organisms habitat must provide what?
Well, it provides many things such as food, shelter, and survival
How do scientists know living things are related?
Scientists use various methods to determine if living things are related, such as comparing similarities in DNA sequences, anatomical structures, and embryonic development. These similarities suggest a common ancestry and evolutionary relationship between organisms. Additionally, the fossil record and biogeographical distribution of species also provide evidence for relatedness among living organisms.
How do organism influence your life?
Organisms influence our lives in many ways. Firstly. it helps us live. Let me tell you how. Organisms are living things, plats are organisms and they provide oxygen for us to breathe. plants and other animals provide food for us
Why have sedimentary rocks been very important to scientist who study how living things have changed over the ages?
Sedimentary rocks provide a rich source of fossils that preserve evidence of past life forms. By studying these fossils, scientists can track the evolution and diversity of living things over time. Additionally, sedimentary rocks help scientists reconstruct ancient environments and understand the conditions in which these organisms lived.
What are two things the paleontologists can learn from fossils?
1. When that animal/plant lived. 2.What killed that animal/plant.
Is a mouse producer or a consumer?
Mice are also considered consumers because they also feed off of other living organisms and plants in order to survive.Producers are things such as plants and trees,things that feed off of Earth's soils and nutrients that provide food for other living organisms.
What evidence do scientists use to prove that evolution has occurred?
Simple example. You know hair color is under genetic control. Two types, blond ( which is recessive ) and brown ( which is dominant ) exist in our population. These two alleles are in a 75% to a 25% frequency. ( dominant to recessive ) if that frequency changed to 60% to 40% you could say that evolution had taken place. Evolution is the change in allele frequency in a population of organisms over time. ( example very simplified ) PS Scientist do not prove things. They support their work with the evidence.
How do scientists know that living things have changed over time?
Scientists use various lines of evidence, such as the fossil record, comparative anatomy, embryology, and genetics, to show that living things have changed over time. By studying these pieces of evidence, scientists can construct evolutionary relationships and track changes in species over generations. This accumulation of evidence supports the theory of evolution.
