omnivore
B.
decomposer
C.
producer
D.
herbivore
The term describes the role of fungi in this food chain is decomposer. Therefore, option B is correct.
In forest, fungi are known as the important decomposers. Some kinds of fungi, such as mushrooms, look like plants. But fungi do not have chlorophyll, it is the pigment that green plants use to make their own food with the help of sunlight.
Fungi have the ability to convert nutrients so that they are available to plants. Some fungi are decomposers, which means they decompose plant and animal waste, cycling nutrients and increasing their availability in the soil.
Decomposers like fungi and bacteria are complete the food chain. They turn organic wastes that are decaying plants into the inorganic materials, such as nutrient-rich soil.
Thus, option B is correct.
To learn more about the fungi, follow the link;
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Choose all answers that are correct.
A.
The addition of oxygen to the earth's atmosphere helped make possible the development of eukaryotic organisms, which need oxygen to carry out many of their life processes.
B.
When cyanobacteria evolved, they carried out photosynthesis. Oxygen is a product of photosynthesis. The addition of oxygen to earth’s atmosphere helped make possible the development of eukaryotic organisms, which need oxygen to carry out many of their life processes.
C.
The addition of oxygen to the earth's atmosphere helped make possible the development of prokaryotic organisms, which need oxygen to carry out many of their life processes.
D.
When cyanobacteria evolved, they carried out photosynthesis. Oxygen is needed to carry out photosynthesis.
Though helium doesn't usually react with other substances due to its full electron shell, it doesn't mean it lacks chemical properties. Properties like atomic number, atomic mass, density, and reactivity are its chemical properties.
The statement that helium does not usually react with other substances is correct. This is due to helium being a noble gas with a complete set of electrons in its outer shell, making it stable and unlikely to participate in chemical reactions. However, this does not mean it has no chemical properties. Properties such as atomic number, atomic mass, density, and the inability to react or bond with other elements are indeed chemical properties.
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2. Write out your hypothesis in an if/then format.
3.Gather your materials.
4.
5.
6.
7.
8.
9. Analyze the data.
10. Write your conclusion.
To conduct an Experiment procedures, you should identify the variables, write a hypothesis, gather materials, design the experiment, conduct the experiment, collect and record data, analyze the data, draw conclusions, and write a conclusion.
Identify the Experiment procedures.
Write out your hypothesis in an if/then format.
Gather your materials.
Design the experiment, including the independent and dependent variables, and any control groups.
Conduct the experiment, following the procedure and manipulating the independent variable.
Record and collect data during the experiment.
Analyze the data using statistical, mathematical, or graphical methods.
Draw conclusions from the data analysis, determining if the results support or reject the hypothesis.
Write a conclusion summarizing the findings of the experiment.
Learn more about Experiment procedures here:
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The steps to conduct a scientific experiment include identifying variables, formulating a hypothesis, gathering materials, designing the experiment, executing the experiment, recording and organizing data, analyzing the data, writing a conclusion, and sharing the findings.
The subject question seeks to understand the procedural steps in conducting an experiment. Below is a brief rundown of the steps:
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