sends signals
between the
brain and body
protects the skin
from bacteria and
other particles
allows shivering
to produce heat
to maintain body
temperature
provides structural
support for the
organs
Nervous Tissue
Muscle Tissue
Epithelial Tissue
Connective Tissue
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Sends signals between the brain and body - Nervous Tissue
Protects the skin from bacteria and particles - Epethelial Tissue
Allows shivering to produce ear and maintain body temperature - Muscle Tissue
Provides structural support for the organs - Connective Tissue
Answer:
Nervous Tissue
Epithelial Tissue
Connective Tissue
Muscle Tissue
Explanation:
sends signals between the brain and body - nervous tissue
protects the skin from bacteria and other particles - epithelial tissue
allows shivering to produce heat to maintain body temperature - muscle tissues
provides structural support for the organs - connective tissue
Nervous tissues are distinct type of tissues within the nervous system responsible for the communication and control between the brain and the rest of the body. They communicate by sending signals between the brain and the body parts.
Epithelial tissues are specialized tissues that line and protect the surfaces of organs both within and outside the body. A special epithelial tissue covers the skin and protect it from bacteria and other particles.
Connective tissues are those found in between other tissues of the body and serve supportive and protective functions.
Muscle tissues are soft tissues that serves to allow movement of body parts as a result of contraction.
Earth rotates on an axis.
Earth revolves around the Sun.
The Moon rotates on an axis.
The Moon revolves around Earth.
Answer:
A
Explanation:
The Earth rotates on a tilted axis. Since the Earth also moves around the sun, one part of its face will be exposed the sun's light, while the other part will be in darkness.
Because the Earth spins, for a certain number of hours, one face will be exposed to the sun, so that's day. However, after spinning for a while, that face will then be turned away from the sun, and will experience darkness, which is night.
Thus, day and night are caused by the Earth's rotation on its axis.
Hope this helps!
Earth experiences day and night due to its rotation on its axis. When a part of Earth is facing the Sun, it experiences daylight while the part not facing the Sun experiences night. This is different from the Earth's revolution around the Sun, which causes the change of seasons.
The best description of why Earth has day and night is that the Earth rotates on its axis. Imagine the Earth as a spinning top. One full rotation or one complete spin of Earth on its axis is what we understand as a 24-hour day. When a part of the Earth is facing the Sun, it experiences daylight, and when it is not facing the Sun, it experiences night. It's this rotation that gives us the cycle of day and night. This rotation is fundamentally different from the Earth's revolve around the Sun, which takes about 365.24 days and gives us our year.
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Answer:
Percentage value is used for the predictions rather than the actual measurement this is so because the predictions can be wrong so the value is taken per 100 person or can be defined as per cent.
The actual measurements cannot be used because it is a prediction. Only the approximate value can be used so because there is no precise data.
There is no exact data which can be used to determine the predictions. So, prediction are always made in terms of per cent which means per 100.
Percentages are used in predictions to allow for easier comparison and understanding, especially when dealing with different sizes or categories. They offer a clear basis for approximation, which simplifies calculations, and are suited to the concept of prediction, which involves estimation rather than exact measurements.
We use percentages to make predictions rather than actual measurements due to the flexible and comparative nature of percentages. Percentages provide an easy comparison across different categories and sizes, as they proportionally represent parts of a 'whole' divided into 100 parts. This is particularly beneficial in inferential statistics where we rely on sample data to make generalizations about an unknown population.
For instance, in an election poll showing that a candidate has 40% of the vote with a margin of error of 3 percentage points, using percentages allows for easy comparison and understanding. If we used actual measurements, considering different total population sizes or the number of voters in different polls would make meaningful comparison more difficult.
Percentages also offer a clear basis for approximation, which can simplify calculations in many instances. Scientists often approximate the values of quantities to perform calculations and analyse systems, and percentages provide an accessible means to do this. Predictions, inherently, are not about exact measurements but estimations, so percentages are particularly suited to this task.
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B. are doing research
C.have bias because you wanted to be right
D.are making inferences
When you do an experiment and come up with something that works, you are making inferences. Thus, the correct option for this question is D.
An experiment may be defined as a complete methodology that is carried out under a controlled environment in order to discover an unknown effect or law, test or establish a hypothesis, or illustrate a known law.
An inference may be defined as a conclusion that is remarkably based on observations. They are important in order to find the exact demonstration of the experiment on a specific topic to deduce a conclusion.
Without inference, one must treat what they hear or read in a very literal sense. But inferences make a more accurate and valid conclusion.
Therefore, when you do an experiment and come up with something that works, you are making inferences. Thus, the correct option for this question is D.
To learn more about Experiments, refer to the link:
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Answer:
a
Explanation:
Answer:
Explanation:
U don't know a Cheetahs factor and the c in cheetah has to be capitalized so duh