Answer:
I can help but
Explanation:
Can you also show the options in the picture?
The correct answer will be option D. Owl. Among the given animals, only the owl has both eyes in front of its face and it comes under the category "Animals that only eat other animals".
In this problem, Joy had first created a list of animals who had " EYES IN FRONT " of their face. From the given options, owls have eyes in front of their face and thus can be included in the list. The other animals, like pigeons, deer and sharks, have eyes on the sides of their face.
Owls are carnivores, meaning they eat mostly meat from other animals. They are not known for their great predatory skills and prefer to chase smaller animals, as they have difficulty catching and killing larger prey. These nocturnal raptors are only occasional omnivores.
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Some fungi and insects benefit each other; the fungi protects the insects from predators and the insects spread spores for the fungi. This is an example of a _______ relationship.
Answer:
vegetative
decomposers
mutualistic
The primary way that fungi reproduce and spread their species on Earth is through spores. These spores are carried by the wind or by other organisms.
The role of mycorrhizae in plants is that they live in the roots of plants and turn unusable matter into minerals and water for the plants. The plants also provide energy and a place for the mycorrhiza to live.
The three main substances that fungi convert into usable forms for other organisms are phosphorus, nitrogen, and carbon.
Fungi break down organic matter and convert it into usable nutrients.
It's helpful that fungi attack and kill other organisms that are parasitic because these parasitic organisms can wreak havoc on the ecosystem. The fungi help to protect other species and populations by controlling and curbing the growth of the parasitic organism.
Explanation:
PF
Multicellular fungi have a vegetative stage and a reproductive stage in their lives.
Many fungi play a critical environmental role as decomposers, breaking down organic material into nutrients for the soil and other organisms.
Some fungi and insects benefit each other; the fungi protect the insects from predators and the insects spread spores for the fungi. This is an example of a mutualistic relationship.
A Mutualistic relationship may be defined as a type of +,+ interaction where both species are benefitted from the presence of each other.
Multicellular fungi undergo two stages in their life cycle, i.e. vegetative stage and the reproductive stage. Some fungi are decomposers that convert dead organic material into inorganic one which is easily consumed by plants.
Therefore, it is well described above.
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A. The moon glows from inside its interior.
B. The moon reflects light from Earth.
C. The moon's atmosphere reflects solar radiation.
D. The moon's surface reflects sunlight.
The moon appear to shine its own light because the moon's surface reflects sunlight which is in option D as moon does not emit its own light like a star. Instead, it appears to shine because it reflects sunlight.
The intensity of the moon's reflected light can vary depending on factors such as the moon's position in its orbit and the angle at which sunlight hits its surface. This is why the moon appears to change in brightness throughout its lunar cycle, which we observe as the different phases of the moon. It's important to note that the moon's atmosphere is extremely thin compared to Earth's atmosphere, and it does not have the ability to scatter or reflect sunlight in the same way Earth's atmosphere does.
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The answer is D. The moon’s surface reflects sunlight.
The animal burrows in Diagram B are an example of mechanicalweathering, and weathering is of many types, such as physical, chemical, and mechanicalweathering.
Weathering is a process in which the chemical composition of the matter may or may not change, the size of the matter may or may not change, etc. There are different types of weathering, such as physical weathering, chemical weathering, and mechanical weathering.
Mechanical weathering is a type of weathering in which changes can be seen, such as roots growing in rocks, whereas chemical weathering changes the chemical composition. The chemical weathering changes the composition so that the original and the new composition change in seen in the case of the rocks, the soil, etc., and in the physical weathering the size changes, such as from the large rock to the smaller form.
Hence, the animal burrows in Diagram B are an example of mechanicalweathering.
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Answer:
Mechanical
Explanation: