Identify where the moon is located during a solar eclipse
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Hello,
100% Correct
The correct answer is in the Middle.
In order for the Eclipse to happen the Moon needs to be in the middle of the Sun and Earth. When this happens the Moon casts a shadow over Earth, which creates the Solar Eclipses.
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The solar eclipse occurs when the moon covers the sun. In the image, the moon must be at the left of the Earth, between the planet and the star.
What is a solar eclipse?
The solar eclipse is an event that occurs when the moon completely covers the star from the Earth's perspective. At this point, the satellite must be located exactly between the Earth and the sun.
This is a rare event because the moon usually passes a little above or below the Sun. The solar eclipse occurs on rare occasions when the moon passes exactly in front of the sun.
In the image, the moon is located at the left of the Earth during a solar eclipse, between the sun and the Earth.
You can learn more about the solar eclipse at
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Michelle wants to classify an organism that she is studying in lab. The organism is multicellular, makes its own food, and is unable to move around its environment. The organism that Michelle is studying can most likely be classified into Domain _______.
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The energy is directly proportional to the frequency and inversely proportional to the wavelength.
The frequency is inversely proportional to the wavelength, so it follows that short wavelength are energetic than long wavelength.
What are frequency and wavelength ?
The term frequency refers to how the particles vibrate, when a flow moves through a medium.
The total number of full vibrations per unit time is used to calculate frequency.
A wave have the frequency of 2000 vibrations per second and Hertz unit of measurement for frequency.
Wavelength is defined as the difference between a crests and troughs of a wave.
The space between these crests or troughs in case of low-frequency wave is more than in a high-frequency wave.
The unit used to the unit of measurement of wavelength is nanometer.
Learn more about frequency and wavelength , here:
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Answer:
Explanation:
I really don’t know Nd I need the answer to the question cuz I’m slow........HELP
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a decrease in ecosystem stability
b.
random fluctuations in ecosystem stability
c.
an increase in ecosystem stability
d.
no change to ecosystem stability
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Answer:
c.
an increase in ecosystem stability
Explanation:
Final answer:
An increase in biodiversity generally causes c) an increase in ecosystem stability.
Explanation:
An increase in biodiversity generally causes c) a increase in ecosystem stability.
- This is because a higher biodiversity means a greater variety of species, which can provide more stability to an ecosystem.
- For example, if one species is negatively impacted by a disturbance, other species can compensate for the loss and maintain the overall stability of the ecosystem.
Learn more about ecosystem stability here:
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