Answer:
<em>To reject such a null hypothesis, </em><u><em>at least one</em></u><em> </em><em>of the treatment mean must be different from the other treatment means. </em>
Explanation:
In the ANOVA, there are two possible hypotheses:
- The null hypothesis, H₀: μ₁=μ₂=μ₃=μₙ. It states that all treatment means are equal to each other.
- The alternative hypothesis, H₁ states that at least one of the treatments means is different.
When the p-value of the ANOVA test is inferior to the alfa-level of signification chosen for the analysis, then we can reject the null hypothesis. This means that there is <u>at least one</u> mean of the groups under study that is different from the rest.
<em>We can get all the means values different from each other, or just some of them. But </em><em>having only one different mean value is enough to reject the null hypothesis</em><em>. </em>
The eye spot of euglena is to detect the intensity of light.
<h3>COMPONENTS OF EUGLENA:</h3>
Euglena is a protist that possesses the characteristics of plant and animal. It is a unicellular and microscopic organism.
Euglena possesses certain structures that serve different purposes in the cell. They include:
- Gullet
- Eye spot or stigma
- Chloroplast
- Pellicle
Therefore, the eye spot as a structure is used to detect the intensity of light.
Learn more about euglena at: brainly.com/question/14992?
Answer:
The biological process described is the process of excretion which occurs as part of the excretory system
Explanation:
Excretion is the process where waste products are eliminated or removed from the body, this occurs through sweating, urination, defecation, etc.
Therefore the excretory system is a system that consists of organs which remove metabolic wastes and toxins from the body through various processes
Answer:
i think it is the middle one
B
An aloe vera plant possessing a trait for extra thick leaves survives very long droughts in deserts, while and aloe vera plant that doesn't have thick leaves doesn't.
