Answer:
3) non-explosive
Explanation:
Mt. Kea and Mt. Loa in Hawaii are two of the tallest volcanic mountains in the world.
Mauna Kea is a dormant volcano that is present in Hawaii Island. It is 4,207 m (13,802 ft) high. Although most of its part is under water but still when mesured from base it is the world's tallest mountain.
Mauna Loa is also among five volcanic mountain present in Hawaii Island.Heavy in both volume and mass, Mauna Loa is thought to be as biggest volcanic mountain on earth,
Interestingly, Mauna Loa and Mauna Kea both are active shield volcanoes. Lava eruptions from Mauna Loa and Mauna Kea are very fluid and silica-poor which makes them non-explosive.
Shield Volcano usually are Built of layers of lava through repeated non- explosive eruptions. Their Lava is runny (low viscosity) and the sides are gently sloping making them non-explosive.
Hope it help!
Answer: A) A 7.2 earthquake in Los Angeles
Explanation:
Answer:
Three types of population distribution:
Clumped.
Random.
Uniform.
Explanation:
1. Clumped:
This is the most common pattern of population dispersion.
organisms are clustered together in a group.
This may reflect the patchy distribution of resources in the environment.
2. Random:
This is a typical distribution where individuals do not interact strongly.
The organism has unpredictable distribution.
3. Uniform:
This is the typical environment where individuals compete with each other for scarce resources like water in the desert.
organisms are evenly spaced over the area they occupied.
This was previously answered by "Anshults", https://brainly.in/profile/Anshults-4402044
So all credit to them :)
Suppose red is R, white=W, pink=RW
(Punett square is attached)
A) Incomplete dominance
B) 1:1
C) 1:1
<span>Bacteria use sigma factors attached to the polymerase and they direct RNA polymerase to promoters. E</span><span>ukaryotic cells use transcription factors that instead attach directly to the DNA first.
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Sigma factors is a specific protein that bacteria uses to initiate the binding of RNA polymerase by directing it to the DNA. Eukaryotes use transcription factors which initiate the binding of these proteins to the DNA to signal transcription.
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