Answer;
An explanation that uses data to support or reject a hypothesis
Explanation;
-Conclusions summarize how your results support or contradict your original hypothesis. The conclusion is simply a report about what you learned based on whether the results agree or disagree with your hypothesis.
The easiest approach to condense the findings of an experiment is to write a conclusion, which is the last stage in the scientific process. An explanation that uses evidence to confirm or disprove a hypothesis is called a conclusion.
It is a statement that encapsulates the experiment's findings and may be applied to forecast the outcomes of subsequent trials. A conclusion is not a written account of what happened during an experiment or the process of observing and recording something with the senses.
An answer to a scientific inquiry that is based on observation and data analysis is called a conclusion. It is an overview of the information that has been gathered and examined in order to reach a reasonable judgement.
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axon muscle contraction and transmitter chemicals
True, individuals with familial Down Syndrome are trisomic and have 47 chromosomes. This occurs when there's an extra copy of chromosome 21 as a result of a parent carrying a rearranged chromosome, or translocation.
True. Individuals with familial Down Syndrome are indeed trisomic, which means they have an extra copy of a certain chromosome. In the case of Down Syndrome, there's an extra copy of chromosome 21, resulting in a total of 47 chromosomes instead of the usual 46. People inherit this condition through familial Down Syndrome when one parent carries a rearranged chromosome, referred to as a translocation. In this type of Down syndrome, there are three copies (i.e., trisomic) of chromosome 21.
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c. maintain homeostasis
d. initiate cellular respiration
Answer:
Explanation:
{Auto-self, troph-food}
An autotroph is an organism that is able to produce its own food, which are usually complex organic substances from simple inorganic substances.
Unlike heterotrophs, they are not dependent on other organisms for their source of energy.
In the flow of energy in an ecosystem, they are commonly referred to as producers because other organisms, mostly animals are dependent on them for energy. This autotrophic ability is a characteristics of most plants, green algae and photosynthetic bacteria.
Autotrophs are in two category viz;
1. Photoautotrophs; which use light as a source of energy to power the synthesis of organic substances in a process called photosynthesis. These organisms possess pigments that makes them capable to capture the photons of light. Examples are green plants, green algae etc.
2. Chemoautotrophs, which use chemical inorganic compounds e.g Hydrogen sulfide, ammonia etc. as a source of energy to synthesize their food. Examples include archaebacteria
Its a surface on which an organism grows or is attached.
I hope this helps!