First of all, a scientist would look at the cell of the organism. Plant cells have thick cell walls surrounding their membrane and typically have a large central vacuole and chloroplasts while animal cells lack chloroplasts, cell walls, and vacuoles.
Another difference is that during mitosis, The Golgi Body disappears for most of the process in animal cells, but curiously remains present the entire process in plant cells. In addition, cytokinesis is different in both types of cells and plant cells do not use centrioles during mitosis.
The characteristics of an organism are controlled by its genetics, which interact with environmental factors to determine traits such as appearance, behavior, and physiological functions. Genes contain the instructions for building and regulating the organism's development and functioning.
Phenotype influences adaptation by determining an organism's physical characteristics, such as its shape, size, and color. These characteristics can impact an organism's ability to survive and reproduce in a given environment, leading to the selection of traits that are better suited for the specific conditions. Over time, natural selection acts on these traits, driving adaptation by favoring phenotypes that provide a reproductive advantage.
Scientists consider whether an entity exhibits characteristics such as growth, reproduction, metabolism, response to stimuli, and organization of cells. The presence of these attributes typically indicates that the entity is an organism.
popo
the basic characteristics scientists look into to group organisms are:- 1) CELL STRUCTURE: whether it's prokaryotic(without a nuclear membrane) or eukaryotic(with a nucleur membrane). Also, whether it's unicellular or multicellular. 2)MODE OF NUTRITION: Whether it's autotrophic(prepares it's own food), heterotrophic(depends on others for food) or saprophytic(depends on dead matter) 3)COMPLEXITY OF ORGANISATION: Where the animal is placed in the evolutionary cycle. the higher on the evo. cycle, the more complex the organism...
By using a x-ray
The characteristics of an organism are controlled by its genetics, which interact with environmental factors to determine traits such as appearance, behavior, and physiological functions. Genes contain the instructions for building and regulating the organism's development and functioning.
Phenotype influences adaptation by determining an organism's physical characteristics, such as its shape, size, and color. These characteristics can impact an organism's ability to survive and reproduce in a given environment, leading to the selection of traits that are better suited for the specific conditions. Over time, natural selection acts on these traits, driving adaptation by favoring phenotypes that provide a reproductive advantage.
Scientists consider whether an entity exhibits characteristics such as growth, reproduction, metabolism, response to stimuli, and organization of cells. The presence of these attributes typically indicates that the entity is an organism.
no
A scientist would use different characteristics or traits of the organis, like cell structure, or cell levels, and whether or no the living thing has fur.The information would be demonstrated by the contributions of the cell theory which involves the classification of living things.
Financial managers must examine whether projects are a good risk for businesses. They must also examine what investments are good for businesses.
1. Organisms reproduce.2. Organisms respond.3. Organisms have one or more skin cells.4. Organisms develop.5. Organisms have a heart. No, they don't. At least, not all of them. This is the most common mistake that people make.
Mainly to assist in predicting whether an area will flood or whether there will be a water shortage.
The first step is to examine the diameter of the hair shaft. This helps determine whether the hair is human or animal. The second step is to analyze the cuticle scale pattern, which can provide information on the species of animal or individual characteristics of the hair.
popo
no